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    • 61. 发明授权
    • Liquid crystal display device and electronic apparatus
    • 液晶显示装置及电子装置
    • US08395749B2
    • 2013-03-12
    • US13005199
    • 2011-01-12
    • Osamu KobayashiOsamu KaiEiko Hirose
    • Osamu KobayashiOsamu KaiEiko Hirose
    • G02F1/1333
    • G02F1/1341G02F1/1362
    • A liquid crystal display device includes: a component substrate including a transistor device; an opposing substrate disposed so as to face the component substrate through a liquid crystal layer; a back light disposed on a side of the component substrate located opposite to the opposing substrate; first and second measurement portions formed on a surface of the component substrate and the opposing substrate, respectively, located on the liquid crystal layer side and used for measuring a difference between bonding positions of the component substrate and the opposing substrate; a measurement opening portion disposed on the second measurement portion side; and a light shielding layer disposed between the component substrate and the second measurement portion and preventing transmission of light from the back light through the measurement opening portion.
    • 液晶显示装置包括:包括晶体管器件的元件衬底; 相对基板,其通过液晶层与所述部件基板相对配置; 设置在与所述相对基板相对的所述部件基板的一侧的背光; 第一和第二测量部分分别形成在位于液晶层一侧的部件基板和相对基板的表面上,用于测量部件基板与相对基板的接合位置之间的差异; 设置在所述第二测量部分侧的测量开口部分; 以及遮光层,其设置在所述部件基板和所述第二测量部分之间,并且防止来自所述背光的光通过所述测量开口部分的透射。
    • 62. 发明申请
    • WIRELESS MULTIMEDIA TRANSPORT METHOD AND APPARATUS
    • 无线多媒体传输方法和设备
    • US20120163188A1
    • 2012-06-28
    • US13415394
    • 2012-03-08
    • Osamu Kobayashi
    • Osamu Kobayashi
    • H04W24/02H04W4/00
    • H04L65/4092H04L65/602H04L65/80
    • Apparatus and methods for wireless data transmission in a multimedia network are disclosed. Disclosed is a network having a source coupled to a sink using a virtual channel that includes a wireless communication channel. A source end of the system provides a packetizing data stream having a stream of payloads such that each payload is associated with its respective originating source stream. The system configured to encode the packetized data stream for wireless transport. A non-wireless source end of the system receives quality of service information from downstream. Thereby enabling adjustments to the source content and packetized data streams.
    • 公开了一种用于多媒体网络中的无线数据传输的装置和方法。 公开了一种网络,其具有使用包括无线通信信道的虚拟信道耦合到宿的源。 系统的源端提供具有有效载荷流的打包数据流,使得每个有效载荷与其相应的起始源流相关联。 该系统被配置为对用于无线传输的分组化数据流进行编码。 系统的非无线源端从下游接收服务质量信息。 从而能够调整源内容和打包数据流。
    • 63. 发明授权
    • Compact packet based multimedia interface
    • 基于紧凑型数据包的多媒体接口
    • US08204076B2
    • 2012-06-19
    • US11740859
    • 2007-04-26
    • Osamu Kobayashi
    • Osamu Kobayashi
    • H04J3/00
    • G09G5/006G06F3/14G09G2370/042G09G2370/047G09G2370/10
    • A packet based display interface arranged to couple a multimedia source device to a multimedia sink device is disclosed that includes a transmitter unit coupled to the source device arranged to receive a source packet data stream in accordance with a native stream rate, a receiver unit coupled to the sink device, and a linking unit coupling the transmitter unit and the receiver unit arranged to transfer a multimedia data packet stream formed of a number of multimedia data packets based upon the source packet data stream in accordance with a link rate between the transmitter unit and the receiver unit.
    • 公开了一种布置成将多媒体源设备耦合到多媒体接收设备的基于分组的显示接口,其包括耦合到源设备的发射机单元,其被配置为根据本地流速率接收源分组数据流,接收机单元耦合到 宿设备和链接单元,其耦合发射机单元和接收机单元,其被布置为根据源分组数据流传输由多个多媒体数据分组形成的多媒体数据分组流,所述多媒体数据分组流根据发射机单元和 接收器单元。
    • 64. 发明申请
    • Sports ball
    • 运动球
    • US20120004058A1
    • 2012-01-05
    • US13134719
    • 2011-06-15
    • Takashi FujikuraOsamu KobayashiShuzo Matsuno
    • Takashi FujikuraOsamu KobayashiShuzo Matsuno
    • A63B41/10
    • A63B41/00
    • There is provided a sports ball capable of relieving the pain of the hands suffered from impact on the ball and having a soft feel and high flexibility. The sports ball comprises a spherical hollow rubber bladder (2) inflated with air injected into it, a fabric tape reinforcement layer (3) formed by winding a narrow adhesive-impregnated fabric tape (7) around a central spherical portion (6) of the rubber bladder about each of three axes of the rubber bladder with the exception of opposite spherical end portions (5) of the rubber bladder, whereby the fabric tape reinforcement layer is formed as orthogonal lap windings of the fabric tape over substantially all of the spherical surface of the rubber bladder, to provide a fabric tape wound ball core, and surface panels (4) adhered with adhesive to the fabric tape reinforcement layer on the rubber bladder, after vulcanization and forming of the fabric tape wound ball core.
    • 提供了一种能够减轻手受到撞击的手感并且具有柔软的手感和高弹性的运动球。 运动球包括用注入其中的空气充气的球形中空橡胶囊(2),织物带加强层(3),其通过将窄的粘合剂浸渍的织物带(7)缠绕在其上的中心球形部分(6) 橡胶囊围绕橡胶囊的相对的球形端部(5),除了橡胶囊的相对的球形端部(5)之外,还围绕橡胶囊的三个轴线的每一个,由此织物带加强层形成为基本上所有的球形表面上的织物带的正交搭接线圈 的橡胶囊,提供织物带缠绕的球芯,以及表面板(4),其粘合剂粘合到橡胶囊上的织物带加强层上,硫化和形成织物带缠绕的球芯之后。
    • 66. 发明申请
    • DATA RATE THROTTLING IN AN INTERNAL PACKET-BASED INTERFACE
    • 基于内部分组接口的数据速率曲线
    • US20110145877A1
    • 2011-06-16
    • US12888255
    • 2010-09-22
    • Osamu Kobayashi
    • Osamu Kobayashi
    • H04N7/173
    • G09G5/006G09G2370/14H04L29/06176
    • Methods and systems for transmitting video pixel data from a transmitter component, such as a controller, to a receiver within a monitor are described. Video data is received at a transmitter at an incoming pixel rate based on a pixel clock. The data is transmitted to the receiver at a link symbol clock rate and is drained from the receiver at the pixel clock rate, which is regenerated by the receiver using the link symbol clock frequency, an M video value, and an N video value. The M video value (Mvid) is determined by the transmitter based on the incoming pixel rate and the N video value (Nvid) may be constant. An accumulator is used within the transmitter to ensure that the transmitter and receiver create a balanced system.
    • 描述了用于将视频像素数据从诸如控制器的发射器部件发射到监视器内的接收器的方法和系统。 基于像素时钟,以传入像素速率在发射机处接收视频数据。 数据以链路符号时钟速率发送到接收机,并且以接收机使用链路符号时钟频率,M视频值和N视频值以像素时钟速率从接收机中排出。 M视频值(Mvid)由发射机根据输入像素速率确定,N视频值(Nvid)可以是常数。 发射机内部使用一个累加器,以确保发射机和接收机产生平衡的系统。
    • 68. 发明申请
    • SYSTEM AND METHOD FOR DUAL MODE COMMUNICATION BETWEEN DEVICES IN A NETWORK
    • 网络设备之间的双模通信的系统和方法
    • US20100183004A1
    • 2010-07-22
    • US12484796
    • 2009-06-15
    • Osamu Kobayashi
    • Osamu Kobayashi
    • H04L12/56
    • G06F13/385
    • A packet based display interface configured to operate in a multimedia device in a network and methods to train the packet based display interface is disclosed. The packet based display interface includes a media transport block to communicate video packets across a first unidirectional link, a dual data transport block to communicate packet messages to and from client service blocks across a bidirectional link using multiple transport protocols, and a detection block to determine the addition or deletion of a network device using a second unidirectional link. Each transport protocol uses a different message format on the bidirectional link. The training methods include exchanging messages to determine transport protocol capabilities, training the bidirectional link and setting the transport protocols used. The first and second unidirectional links run in opposite directions, and both the unidirectional links and the bidirectional link use separate physical communication lines bundled together in a common cable.
    • 公开了一种配置为在网络中的多媒体设备中操作并基于分组的显示接口的方法的基于分组的显示接口。 基于分组的显示接口包括用于通过第一单向链路传送视频分组的媒体传输块,双数据传输块,用于使用多个传输协议通过双向链路向客户服务块传送分组消息;以及检测块,用于确定 使用第二单向链路添加或删除网络设备。 每个传输协议在双向链路上使用不同的消息格式。 培训方法包括交换消息以确定传输协议能力,训练双向链路和设置所使用的传输协议。 第一和第二单向链路沿相反的方向运行,单向链路和双向链路都使用在公共电缆中捆绑在一起的分离的物理通信线路。
    • 69. 发明申请
    • Method for controlling the volume of a molecular beam
    • 用于控制分子束体积的方法
    • US20100170434A1
    • 2010-07-08
    • US12658024
    • 2010-02-01
    • Osamu KobayashiToshihiko Ishida
    • Osamu KobayashiToshihiko Ishida
    • C23C14/28
    • C23C14/243C23C14/544C30B23/066
    • A molecular beam source for use in thin-film accumulation, which enables the adjustment of the volume of a molecular beam, which is discharged per hour by using a needle valve, to be constant irrespective of a decrease in a thin-film element-forming material remaining within a crucible, contains heaters 32 and 42 for heating the thin-film element-forming materials “a” and “b” within crucibles 31 and 41, and valves 33 and 43 for adjusting the volumes to be discharged of molecules of the thin-film element forming materials “a” and “b”, which are generated within the crucibles 31 and 41. It further contains a controller for adjusting the opening of the valves 33 and 43 by servomotors 36 and 46 through feeding back information relating to the volumes of the molecular beams, which are obtained from film-thickness meters 16 and 26 for detecting the volume of molecular beams discharged towards the film-forming surface, a heating electric power source for supplying an electric power to heaters 32 and 42, and a controller for adjusting the electric power to be supplied to the heating electric power source depending upon the information relating to the volume of the molecular sources and information relating to the opening of the valves.
    • 用于薄膜累积的分子束源,其能够通过使用针阀来调节每小时排出的分子束的体积,而不管薄膜元件形成的减少如何 残留在坩埚内的材料包含用于加热坩埚31和41内的薄膜元件形成材料“a”和“b”的加热器32和42,以及用于调节排出的体积的阀33和43 在坩埚31和41内产生的薄膜元件形成材料“a”和“b”。它还包括一个控制器,用于通过反馈信息来调节由伺服电动机36和46开启的阀33和43的信息 从用于检测向成膜表面排出的分子束的体积的膜厚度计16和26获得的分子束的体积,用于提供电气的加热电源 电力加热器32和42,以及控制器,用于根据与分子源的体积相关的信息和与阀的打开有关的信息来调节供应给加热电源的电力。
    • 70. 发明授权
    • Method for controlling the volume of a molecular beam
    • US07682670B2
    • 2010-03-23
    • US11401035
    • 2006-04-10
    • Osamu KobayashiToshihiko Ishida
    • Osamu KobayashiToshihiko Ishida
    • C23C14/28
    • C23C14/243C23C14/544C30B23/066
    • A molecular beam source for use in thin-film accumulation, which enables the adjustment of the volume of a molecular beam, which is discharged per hour by using a needle valve, to be constant irrespective of a decrease in a thin-film element-forming material remaining within a crucible, contains heaters 32 and 42 for heating the thin-film element-forming materials “a” and “b” within crucibles 31 and 41, and valves 33 and 43 for adjusting the volumes to be discharged of molecules of the thin-film element forming materials “a” and “b”, which are generated within the crucibles 31 and 41. It further contains a controller for adjusting the opening of the valves 33 and 43 by servomotors 36 and 46 through feeding back information relating to the volumes of the molecular beams, which are obtained from film-thickness meters 16 and 26 for detecting the volume of molecular beams discharged towards the film-forming surface, a heating electric power source for supplying an electric power to heaters 32 and 42, and a controller for adjusting the electric power to be supplied to the heating electric power source depending upon the information relating to the volume of the molecular sources and information relating to the opening of the valves.