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    • 54. 发明授权
    • Hybrid tuner control
    • 混合调谐器控制
    • US08984554B2
    • 2015-03-17
    • US12949924
    • 2010-11-19
    • Shigeru AokiAtsushi Osaki
    • Shigeru AokiAtsushi Osaki
    • H04N5/50H04N5/445H04N5/46H04N21/426H04N21/462
    • H04N5/50H04N5/44543H04N5/46H04N21/42638H04N21/4622
    • A hybrid tuner, comprising multiple individual tuners having differing capabilities of receiving programs or channels of broadcast audio or video content, can be controlled by periodically determining the capabilities of each individual tuner to receive broadcast channels, storing such information into a guide database and then utilizing such information to select appropriate individual tuners to tune in desired programs. If the tuners that can receive a desired program are already in use, the program they are currently receiving can be switched to a different tuner to free up the tuner that can receive the desired program without interrupting the consumption of the program currently being received. When determining the capabilities of an individual tuner to receive a particular channel, one or more tokens associated with such a channel, and utilized to prevent unauthorized access to such a channel, can be obtained from the guide database and provided to the tuner.
    • 可以通过周期性地确定每个单独的调谐器接收广播频道的能力来控制具有接收节目或广播音频或视频内容的不同能力的多个单独调谐器,将这些信息存储到指南数据库中,然后利用 这样的信息来选择适当的个体调谐器来调节所需的节目。 如果可以接收到所需节目的调谐器已经被使用,则他们当前正在接收的节目可以切换到不同的调谐器以释放可以接收所需节目的调谐器,而不会中断当前正在接收的节目的消耗。 当确定单个调谐器接收特定频道的能力时,可以从指南数据库获得一个或多个与这样一个频道相关联并用于防止未经授权的访问这样一个频道的令牌并提供给调谐器。
    • 55. 发明申请
    • CONCURRENT INTERACTIVE TELEVISION FOR NETWORK CONNECTED DEVICES
    • 网络连接设备的并发交互式电视
    • US20100146544A1
    • 2010-06-10
    • US12332208
    • 2008-12-10
    • Shigeru AokiAzmee Carlton LaneKenichiro TanakaMichimune Kono
    • Shigeru AokiAzmee Carlton LaneKenichiro TanakaMichimune Kono
    • G06F13/00
    • H04N21/43615H04N21/4334H04N21/4348H04N21/4722H04N21/8543
    • Techniques are disclosed herein for processing iTV. A request to play a first interactive television signal at a first electronic device is received. A first virtual machine for processing the first interactive television signal is instantiated at the first electronic device. A first file that includes information associated with playing interactive TV on the first electronic device is accessed from non-volatile storage on the first electronic device. A request to play a second interactive television signal at a second electronic device that is communicatively coupled to the first electronic device is received. A second virtual machine for processing the second interactive television signal is instantiated at the first device. A second file that includes information associated with playing interactive TV on the second electronic device is stored in non-volatile storage on the first electronic device.
    • 本文公开了用于处理iTV的技术。 接收在第一电子设备播放第一交互式电视信号的请求。 用于处理第一交互式电视信号的第一虚拟机在第一电子设备处被实例化。 从第一电子设备上的非易失性存储器访问包括与在第一电子设备上播放交互式电视相关联的信息的第一文件。 接收在通信地耦合到第一电子设备的第二电子设备处播放第二交互式电视信号的请求。 用于处理第二交互式电视信号的第二虚拟机在第一设备处被实例化。 包括与在第二电子设备上播放交互式电视相关联的信息的第二文件被存储在第一电子设备上的非易失性存储器中。
    • 59. 发明授权
    • Plating analysis method
    • 电镀分析法
    • US06542784B1
    • 2003-04-01
    • US09714211
    • 2000-11-17
    • Kenji AmayaShigeru AokiMatsuho Miyasaka
    • Kenji AmayaShigeru AokiMatsuho Miyasaka
    • G06F1900
    • C25D21/12
    • A plating analysis method is disclosed for electroplating in a system in which resistance of an anode and/or a cathode cannot be neglected. This method comprises giving a three-dimensional Laplace's equation, as a dominant equation, to a region containing a plating solution; discretizing the Laplace's equation by the boundary element method; giving a two-dimensional or three-dimensional Poisson's equation dealing with a flat surface or a curved surface, as a dominant equation, to a region within the anode and/or the cathode; discretizing the Poisson's equation by the boundary element method or the finite element method; and formulating a simultaneous equation of the discretized equations to calculate a current density distribution i and a potential distribution &phgr; in the system. The method can obtain the current density and potential distributions efficiently for a plating problem requiring consideration for the resistance of an electrode. The method also optimizes the structure of a plating bath for uniformizing current, which tends to be concentrated in the outer peripheral portion of the cathode, thereby making the plating rate uniform.
    • 公开了在不能忽视阳极和/或阴极的电阻的系统中进行电镀的电镀分析方法。 该方法包括将三维拉普拉斯方程作为显性方程,给出含有电镀液的区域; 通过边界元方法离散拉普拉斯方程; 给出处于阳极和/或阴极内的区域的平面或弯曲表面作为主要方程的二维或三维泊松方程; 通过边界元法或有限元法离散泊松方程; 并制定离散方程的联立方程来计算系统中的电流密度分布i和电位分布phi。 该方法可以有效地获得需要考虑电极电阻的电镀问题的电流密度和电位分布。 该方法还优化了电镀液的结构,使电流均匀化,这倾向于集中在阴极的外周部分,从而使电镀速率均匀。