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    • 2. 发明申请
    • SERVER APPARATUS, TERMINAL APPARATUS, AND APPLICATION CONTROL SYSTEM
    • 服务器设备,终端设备和应用控制系统
    • US20130086577A1
    • 2013-04-04
    • US13703243
    • 2011-06-09
    • Ken NakashimaNorihiko AonumaHitoshi Nishikawa
    • Ken NakashimaNorihiko AonumaHitoshi Nishikawa
    • G06F9/445
    • G06F8/61H04L67/303H04L67/34H04N21/25808H04N21/443H04N21/6582H04W4/60
    • A server apparatus, a terminal apparatus and an application control system are provided. An application managing unit (11) determines an application to be transmitted to a terminal (20) on the basis of execution capability information and terminal state information received from the terminal (20). An application transmitting unit (12) transmits the determined application and a priority record of each application to the terminal (20) through a server transmitting unit (18). An installing unit (28) installs the received application. An application executing unit (29) controls execution of the application on the basis of execution priority represented by the received priority record and controls an output of image information generated by the application on the basis of display priority represented by the received priority record.
    • 提供了服务器装置,终端装置和应用控制系统。 应用管理单元(11)基于从终端(20)接收的执行能力信息和终端状态信息,确定要发送到终端(20)的应用。 应用发送单元(12)通过服务器发送单元(18)将确定的应用和每个应用的优先级记录发送到终端(20)。 安装单元(28)安装所接收的应用程序。 应用执行单元(29)根据由接收到的优先级记录表示的执行优先级来控制应用程序的执行,并且基于由接收的优先级记录表示的显示优先级来控制应用生成的图像信息的输出。
    • 3. 发明申请
    • COMMUNICATION SYSTEM
    • 通讯系统
    • US20130326601A1
    • 2013-12-05
    • US13876502
    • 2012-07-18
    • Hitoshi NishikawaMasayuki Fujii
    • Hitoshi NishikawaMasayuki Fujii
    • H04L29/06
    • H04L63/083H04L9/0863H04L9/0866H04L2209/60H04N21/25816H04N21/26613H04N21/6543
    • A content distribution server receives from an information processing device, a first password generated from first data indicating a key and server specific information specific to the server with the use of a predetermined function. Then, the received first password and processing designation information designating processing are transmitted to a terminal. The terminal generates a second password from second data indicating a key matching with the key indicated by the first data and the server specific information obtained from the information processing device, with the use of the function. Then, the first password from the server and the generated second password are checked against each other, and whether or not to perform processing designated by the processing designation information from the server is determined based on a result of checking.
    • 内容分发服务器从信息处理设备接收从使用预定功能指定密钥的第一数据生成的第一密码和服务器特有的服务器特定信息。 然后,接收到的第一密码和处理指定信息指定处理被发送到终端。 终端利用该功能,从第二数据生成表示与由第一数据指示的密钥相对应的密钥的第二密码和从信息处理设备获得的服务器特定信息。 然后,基于检查结果确定来自服务器的第一个密码和生成的第二个密码,并且确定是否执行来自服务器的处理指定信息指定的处理。
    • 5. 发明授权
    • Feeding pass switching circuit
    • 进给开关电路
    • US5790358A
    • 1998-08-04
    • US768593
    • 1996-12-18
    • Junichi KojimaKenichi AsakawaNaoki NorimatsuHitoshi Nishikawa
    • Junichi KojimaKenichi AsakawaNaoki NorimatsuHitoshi Nishikawa
    • H04B3/44H02H3/00
    • H04B3/44Y10T307/839
    • When a trouble occurs in a cable, a feeding pass for another cable is ensured. In a feeding pass switching circuit, optical fibers are respectively connected to the terminals A, B and C. When a negative current is applied to the system in a state where a BRANCH2 is put in an open circuit and a TRUNK is grounded, a relay K1 is activated, and then a relay K2 is activated. Successively, when a positive current is supplied from the TRUNK, a cable connected to the TRUNK and a BRANCH1 is fed from both terminals. When the positive current is supplied from the BRANCH1 in a state where the TRUNK is put in a open circuit and the BRANCH2 is grounded, a relay K3 is activated. Successively, when the negative current is supplied to the BRANCH2, a relay K5 is activated. In such a manner, the power is fed to each feeding pass from one terminal.
    • 当电缆发生故障时,可确保另一根电缆的馈电通道。 在馈通开关电路中,光纤分别连接到端子A,B和C.当在BRANCH2放入开路并且TRUNK接地的状态下向系统施加负电流时,继电器 K1被激活,然后启动继电器K2。 接着,当从TRUNK提供正电流时,从两个端子馈送连接到TRUNK和BRANCH1的电缆。 当在TRUNK置于开路状态并且BRANCH2接地的状态下从BRANCH1提供正电流时,继电器K3被激活。 接着,当负载电流被提供给BRANCH2时,继电器K5被激活。 以这种方式,从一个端子将功率馈送到每个馈送通道。