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    • 1. 发明申请
    • User management method, and computer program having user authorization management function
    • 用户管理方法,具有用户授权管理功能的计算机程序
    • US20060101525A1
    • 2006-05-11
    • US11272489
    • 2005-11-09
    • Makoto HiroiMasahiro ShimizuToshiyuki ItoHiromu MiyamotoKei Nakayama
    • Makoto HiroiMasahiro ShimizuToshiyuki ItoHiromu MiyamotoKei Nakayama
    • H04L9/32
    • G06F21/604G06F21/31G06F2221/2149
    • Information entered by a user at the time of logging on is also used in a check to be performed in response to a request for use/edit of a program or data related to an additional function. Authentication information of the user using a program or data related to the additional function is included in advance in the program or data, so that, when the user has made a request for using/edit the program or data, it is checked whether or not the user is a user authorized to use the additional function, using the information entered by the user at the time of logging on and the authentication information. To perform user management for creating an account of a user using an apparatus or software and setting authorization of a user in using the apparatus or software, a plurality of users have parent-child relationships with a highest-position, root user at the top. Each user as a parent is allowed to add a child user, and each parent user is allowed to set authorization of a user lower in hierarchical position than the child user. The parent-child relationships of the users are displayed on a display. Each of the users can give any settable user authorization equal to or lower than its own user authorization.
    • 在登录时由用户输入的信息也用于响应于对与附加功能有关的程序或数据的使用/编辑的请求而执行的检查。 预先在程序或数据中包含使用与附加功能相关的程序或数据的用户的认证信息,以便当用户提出使用/编辑程序或数据的请求时,检查是否 用户是被授权使用附加功能的用户,使用用户在登录时输入的信息和认证信息。 为了执行用户管理以使用设备或软件创建用户的帐户并且在使用设备或软件时设置用户的授权,多个用户具有与顶部的最高位置的root用户的父子关系。 允许作为父级的每个用户添加子用户,并且允许每个父用户设置分级位置的用户的权限低于子用户的授权。 用户的父子关系显示在显示屏上。 每个用户可以给予等于或低于其自己的用户授权的任何可设置的用户授权。
    • 2. 发明授权
    • Signal routing apparatus and signal routing program
    • 信号路由设备和信号路由程序
    • US07739603B2
    • 2010-06-15
    • US11132915
    • 2005-05-18
    • Hiromu MiyamotoKei Nakayama
    • Hiromu MiyamotoKei Nakayama
    • G06F15/177
    • G06F17/5045
    • A signal routing apparatus is designed for setting a signal route among a plurality of components of a signal processing system by means of graphic user interface. In the signal processing apparatus, a display part displays a plurality of components each having at least one terminal for connection. An operator part is operated to select at least one terminal of one component on the display part and to input an instruction for connection. A detection part responds to the instruction for detecting at least one terminal of another component, which can be connectable to the selected terminal. A connection part automatically connects the selected terminal of one component and the detected terminal of another component with one another so that a line is drawn on the display part between the selected terminal and the detected terminal, thereby setting the signal route among the components in the form of lines drawn between the terminals of the components on the display part.
    • 信号路由装置被设计用于通过图形用户界面在信号处理系统的多个部件之间设置信号路由。 在信号处理装置中,显示部显示各自具有至少一个用于连接的端子的多个部件。 操作部件被操作以选择显示部件上的一个部件的至少一个端子并输入用于连接的指令。 检测部分响应用于检测可连接到所选终端的另一部件的至少一个终端的指令。 连接部自动地将一个部件的选定端子和另一部件的检测端子彼此连接,使得在所选择的端子和检测到的端子之间的显示部分上绘制线,从而将信号路径设置在 在显示部件上的部件的端子之间绘制的线的形式。
    • 3. 发明申请
    • Signal routing apparatus and signal routing program
    • 信号路由设备和信号路由程序
    • US20050266712A1
    • 2005-12-01
    • US11132915
    • 2005-05-18
    • Hiromu MiyamotoKei Nakayama
    • Hiromu MiyamotoKei Nakayama
    • G06F17/50H03G5/00H01R13/15
    • G06F17/5045
    • A signal routing apparatus is designed for setting a signal route among a plurality of components of a signal processing system by means of graphic user interface. In the signal processing apparatus, a display part displays a plurality of components each having at least one terminal for connection. An operator part is operated to select at least one terminal of one component on the display part and to input an instruction for connection. A detection part responds to the instruction for detecting at least one terminal of another component, which can be connectable to the selected terminal. A connection part automatically connects the selected terminal of one component and the detected terminal of another component with one another so that a line is drawn on the display part between the selected terminal and the detected terminal, thereby setting the signal route among the components in the form of lines drawn between the terminals of the components on the display part.
    • 信号路由装置被设计用于通过图形用户界面在信号处理系统的多个部件之间设置信号路由。 在信号处理装置中,显示部显示各自具有至少一个用于连接的端子的多个部件。 操作部件被操作以选择显示部件上的一个部件的至少一个端子并输入用于连接的指令。 检测部分响应用于检测可连接到所选终端的另一部件的至少一个终端的指令。 连接部自动地将一个部件的选定端子和另一部件的检测端子彼此连接,使得在所选择的端子和检测到的端子之间的显示部分上绘制线,从而将信号路径设置在 在显示部件上的部件的端子之间绘制的线的形式。
    • 4. 发明申请
    • Audio network system
    • 音频网络系统
    • US20070223498A1
    • 2007-09-27
    • US11725785
    • 2007-03-19
    • Kei NakayamaHenning KaltheunerMasahiro Shimizu
    • Kei NakayamaHenning KaltheunerMasahiro Shimizu
    • H04L12/56H04B7/212
    • H04L12/6418
    • A plurality of partial networks can work independently from each other, and each partial network connects together several nodes including a connection node for transmission of audio signals. A connection network connects respective connection nodes of the respective partial networks so as to connect the plurality of the partial networks with each other through the connection nodes. The connection node of the partial network operates when the audio signal is transmitted from the partial network to the connection network, for forwarding the audio signal from a transmission channel used for carrying the audio signal in the partial network to another transmission channel to be used for carrying the audio signal in the connection network, and operates when the audio signal is transmitted from the connection network to the partial network, for forwarding the audio signal from a transmission channel used for carrying the audio signal in the connection network to another transmission channel to be used for carrying the audio signal in the partial network.
    • 多个部分网络可以彼此独立地工作,并且每个部分网络将包括用于传输音频信号的连接节点的若干节点连接在一起。 连接网络连接相应部分网络的相应连接节点,以便通过连接节点将多个部分网络彼此连接起来。 当音频信号从部分网络发送到连接网络时,部分网络的连接节点工作,用于将用于将部分网络中的用于携带音频信号的传输信道的音频信号转发到另一传输信道,以用于 在连接网络中承载音频信号,并且当音频信号从连接网络发送到部分网络时操作,用于将用于在连接网络中传送音频信号的传输信道的音频信号转发到另一个传输信道 用于在部分网络中传送音频信号。
    • 5. 发明申请
    • Audio Network System
    • 音频网络系统
    • US20100118873A1
    • 2010-05-13
    • US12690535
    • 2010-01-20
    • Kei NakayamaHenning KaltheunerMasahiro Shimizu
    • Kei NakayamaHenning KaltheunerMasahiro Shimizu
    • H04L12/56
    • H04L12/6418
    • A plurality of partial networks can work independently from each other, and each partial network connects together several nodes including a connection node for transmission of audio signals. A connection network connects respective connection nodes of the respective partial networks so as to connect the plurality of the partial networks with each other through the connection nodes. The connection node of the partial network operates when the audio signal is transmitted from the partial network to the connection network, for forwarding the audio signal from a transmission channel used for carrying the audio signal in the partial network to another transmission channel to be used for carrying the audio signal in the connection network, and operates when the audio signal is transmitted from the connection network to the partial network, for forwarding the audio signal from a transmission channel used for carrying the audio signal in the connection network to another transmission channel to be used for carrying the audio signal in the partial network.
    • 多个部分网络可以彼此独立地工作,并且每个部分网络将包括用于传输音频信号的连接节点的若干节点连接在一起。 连接网络连接相应部分网络的相应连接节点,以便通过连接节点将多个部分网络彼此连接起来。 当音频信号从部分网络发送到连接网络时,部分网络的连接节点工作,用于将用于将部分网络中的用于携带音频信号的传输信道的音频信号转发到另一传输信道,以用于 在连接网络中承载音频信号,并且当音频信号从连接网络发送到部分网络时操作,用于将用于在连接网络中传送音频信号的传输信道的音频信号转发到另一个传输信道 用于在部分网络中传送音频信号。
    • 6. 发明授权
    • Audio network system
    • 音频网络系统
    • US07684415B2
    • 2010-03-23
    • US11725785
    • 2007-03-19
    • Kei NakayamaHenning KaltheunerMasahiro Shimizu
    • Kei NakayamaHenning KaltheunerMasahiro Shimizu
    • H04L12/56
    • H04L12/6418
    • A plurality of partial networks can work independently from each other, and each partial network connects together several nodes including a connection node for transmission of audio signals. A connection network connects respective connection nodes of the respective partial networks so as to connect the plurality of the partial networks with each other through the connection nodes. The connection node of the partial network operates when the audio signal is transmitted from the partial network to the connection network, for forwarding the audio signal from a transmission channel used for carrying the audio signal in the partial network to another transmission channel to be used for carrying the audio signal in the connection network, and operates when the audio signal is transmitted from the connection network to the partial network, for forwarding the audio signal from a transmission channel used for carrying the audio signal in the connection network to another transmission channel to be used for carrying the audio signal in the partial network.
    • 多个部分网络可以彼此独立地工作,并且每个部分网络将包括用于传输音频信号的连接节点的若干节点连接在一起。 连接网络连接相应部分网络的相应连接节点,以便通过连接节点将多个部分网络彼此连接起来。 当音频信号从部分网络发送到连接网络时,部分网络的连接节点工作,用于将用于将部分网络中的用于携带音频信号的传输信道的音频信号转发到另一传输信道,以用于 在连接网络中承载音频信号,并且当音频信号从连接网络发送到部分网络时操作,用于将用于在连接网络中传送音频信号的传输信道的音频信号转发到另一个传输信道 用于在部分网络中传送音频信号。
    • 7. 发明授权
    • Audio network system
    • 音频网络系统
    • US08189602B2
    • 2012-05-29
    • US12690535
    • 2010-01-20
    • Kei NakayamaHenning KaltheunerMasahiro Shimizu
    • Kei NakayamaHenning KaltheunerMasahiro Shimizu
    • H04L12/56
    • H04L12/6418
    • A plurality of partial networks can work independently from each other, and each partial network connects together several nodes including a connection node for transmission of audio signals. A connection network connects respective connection nodes of the respective partial networks so as to connect the plurality of the partial networks with each other through the connection nodes. The connection node of the partial network operates when the audio signal is transmitted from the partial network to the connection network, for forwarding the audio signal from a transmission channel used for carrying the audio signal in the partial network to another transmission channel to be used for carrying the audio signal in the connection network, and operates when the audio signal is transmitted from the connection network to the partial network, for forwarding the audio signal from a transmission channel used for carrying the audio signal in the connection network to another transmission channel to be used for carrying the audio signal in the partial network.
    • 多个部分网络可以彼此独立地工作,并且每个部分网络将包括用于传输音频信号的连接节点的若干节点连接在一起。 连接网络连接相应部分网络的相应连接节点,以便通过连接节点将多个部分网络彼此连接起来。 当音频信号从部分网络发送到连接网络时,部分网络的连接节点工作,用于将用于将部分网络中的用于携带音频信号的传输信道的音频信号转发到另一传输信道,以用于 在连接网络中承载音频信号,并且当音频信号从连接网络发送到部分网络时操作,用于将用于在连接网络中传送音频信号的传输信道的音频信号转发到另一个传输信道 用于在部分网络中传送音频信号。
    • 8. 发明授权
    • Audio signal processing system
    • 音频信号处理系统
    • US08682461B2
    • 2014-03-25
    • US12841248
    • 2010-07-22
    • Kei Nakayama
    • Kei Nakayama
    • G06F17/00
    • H04H60/04
    • Region having a same size in a audio signal region of a transmission frame is allocated to each of an active engine and passive engine. The active engine reads out input signals written into regions of the frame, performs signal processing on the read-out signals, and writes resultant signals into the region allocated to the active engine. The passive engine reads out the input signals written into the regions, performs the same signal processing as the active engine on the read-out signals, and writes resultant output signals into the region allocated to the passive engine. When a flag of the active engine is indicative of a normal state, an output device reads out the output signals from the region allocated to the active engine, but, when the flag is indicative of an abnormal state, the output device reads out the output signals from the region allocated to the passive engine.
    • 在发送帧的音频信号区域中具有相同大小的区域被分配给每个主动引擎和被动引擎。 主动引擎读取写入帧的区域的输入信号,对读出的信号执行信号处理,并将结果信号写入分配给主动引擎的区域。 无源引擎读出写入区域的输入信号,对读出的信号执行与有效引擎相同的信号处理,并将结果输出信号写入分配给被动引擎的区域。 当活动引擎的标志指示正常状态时,输出装置从分配给活动引擎的区域读出输出信号,但是当标志指示异常状态时,输出装置读出输出 分配给被动发动机的区域的信号。
    • 10. 发明申请
    • Audio Network System and Display Method
    • 音频网络系统和显示方式
    • US20130010647A1
    • 2013-01-10
    • US13636854
    • 2011-03-24
    • Ayumi FukataKei Nakayama
    • Ayumi FukataKei Nakayama
    • H04L12/42
    • H04L12/4625H04L12/413H04L12/42
    • In a top row on an audio network view screen, device images corresponding to devices composing a basic network are displayed in such a manner as to be arranged in a horizontal direction according to a connection order along with connection cable images indicative of connections between the device images according to connections between devices in the network. In display rows subsequent under the top row, other device images corresponding to devices composing another network which is connected to a connection node in the basic network with a full bridge are displayed in such a manner as to be arranged in the horizontal direction in a connection order along with connection cable images indicative of connections between the device images according to connections in the other network. As for a network connected to the basic network with a partial bridge setting, a partial bridge image is displayed in a display rows.
    • 在音频网络视图屏幕的顶行中,显示对应于组成基本网络的设备的设备图像,以便按照连接顺序沿水平方向布置,连同指示设备之间的连接的连接电缆图像 根据网络中设备之间的连接进行映像。 在顶行之后的显示行中,以连接到具有全桥的基本网络中的连接节点的构成另一网络的设备对应的其他设备图像以在连接中被布置在水平方向上的方式被显示 以及根据另一网络中的连接指示设备图像之间的连接的连接电缆图像。 对于通过部分桥接设置连接到基本网络的网络,在显示行中显示部分网桥图像。