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    • 1. 发明授权
    • Asset management apparatus and asset management method
    • 资产管理手段及资产管理办法
    • US08589303B2
    • 2013-11-19
    • US11645597
    • 2006-12-27
    • Jun MaeokaYoshiaki MorimotoAkira IokuKoji Doi
    • Jun MaeokaYoshiaki MorimotoAkira IokuKoji Doi
    • G06F21/00
    • G06F21/53
    • An asset management apparatus includes a processor for conducting arithmetic operation processing and a storage device, and executes an asset management program to detect unfairness. The asset management program includes a common asset management part common to the asset management apparatus and other devices, and a device specific asset management part specific to the asset management apparatus. The asset management apparatus acquires the device specific asset management part and device specific part setting information. When executing the asset management program, the asset management apparatus refers to the device specific part setting information, links the device specific asset management part to the asset management program, and executes the linked asset management program.
    • 资产管理装置包括用于进行算术运算处理的处理器和存储装置,并且执行资产管理程序以检测不公平性。 资产管理程序包括资产管理装置和其他设备共有的共同资产管理部分,以及资产管理装置专用的设备专用资产管理部分。 资产管理装置获取设备专用资产管理部分和设备特定部分设定信息。 在执行资产管理程序时,资产管理装置参照设备特定部分设定信息,将设备专用资产管理部分链接到资产管理程序,并执行链接的资产管理程序。
    • 2. 发明申请
    • System and method for providing configuration information of network-based apparatus
    • 提供基于网络的设备配置信息的系统和方法
    • US20070135931A1
    • 2007-06-14
    • US11634088
    • 2006-12-06
    • Koji DoiMasaki NakanoJun MaeokaAkira Ioku
    • Koji DoiMasaki NakanoJun MaeokaAkira Ioku
    • G05B11/01
    • G08C17/02G08C2201/20G08C2201/42
    • A method for automatically configuring an apparatus is provided by an apparatus configuration system including a plurality of apparatuses connected to a network, wherein the apparatuses include at least setting processing source apparatuses in which configuration information for configuring apparatus operation is stored, and a setting processing target apparatus for which the configuration information is to be set, and wherein at least one of the apparatuses has a setting processing execution unit that selects an apparatus being used by a user of the setting processing target apparatus among the setting processing source apparatuses and sets the configuration information about the setting processing target apparatus based on the configuration information stored in the selected apparatus.
    • 一种用于自动配置装置的方法由包括连接到网络的多个装置的装置配置系统提供,其中,所述装置至少包括其中存储有用于配置装置操作的配置信息的设置处理源装置,以及设置处理目标 设定要配置信息的装置,并且其中,所述装置中的至少一个具有设定处理执行单元,所述设置处理执行单元在所述设置处理源设备中选择所述设置处理对象装置的用户使用的装置,并且将所述配置 基于存储在所选择的装置中的配置信息关于设置处理对象装置的信息。
    • 3. 发明授权
    • System and method for providing configuration information of network-based apparatus
    • 提供基于网络的设备配置信息的系统和方法
    • US07792932B2
    • 2010-09-07
    • US11634088
    • 2006-12-06
    • Koji DoiMasaki NakanoJun MaeokaAkira Ioku
    • Koji DoiMasaki NakanoJun MaeokaAkira Ioku
    • G06F15/177
    • G08C17/02G08C2201/20G08C2201/42
    • A method for automatically configuring an apparatus is provided by an apparatus configuration system including a plurality of apparatuses connected to a network, wherein the apparatuses include at least setting processing source apparatuses in which configuration information for configuring apparatus operation is stored, and a setting processing target apparatus for which the configuration information is to be set, and wherein at least one of the apparatuses has a setting processing execution unit that selects an apparatus being used by a user of the setting processing target apparatus among the setting processing source apparatuses and sets the configuration information about the setting processing target apparatus based on the configuration information stored in the selected apparatus.
    • 一种用于自动配置装置的方法由包括连接到网络的多个装置的装置配置系统提供,其中,所述装置至少包括其中存储有用于配置装置操作的配置信息的设置处理源装置,以及设置处理目标 设定要配置信息的装置,并且其中,所述装置中的至少一个具有设定处理执行单元,所述设置处理执行单元在所述设置处理源设备中选择所述设置处理对象装置的用户使用的装置,并且将所述配置 基于存储在所选择的装置中的配置信息关于设置处理对象装置的信息。
    • 4. 发明授权
    • Program control method for network devices and network system
    • 网络设备和网络系统的程序控制方法
    • US08001415B2
    • 2011-08-16
    • US12179141
    • 2008-07-24
    • Daisuke FukuiAkira IokuJun Maeoka
    • Daisuke FukuiAkira IokuJun Maeoka
    • G06F11/00
    • H04L12/2814G06F8/65H04L12/2821H04L29/08846H04L67/28
    • The program control of network devices, each of which provides services according to the present invention, monitors a function of a program module operating in each of the network devices. If the function of the program module has a problem, the program control performs proxy response processing of the network device by a virtual device program until the problem is corrected. In addition, if the function of the program module has a problem, the program module operating in the network device is updated to the latest program module to correct the problem. Then, the operation of the virtual device program is stopped.Thus, among devices which operate in cooperation with one another by use of a communications protocol such as UPnP, even if there is a device having a device program that includes a bug, or even if there is a device that has a performance problem, the devices can operate in cooperation with one another.
    • 根据本发明的每个提供服务的网络设备的程序控制监视在每个网络设备中操作的程序模块的功能。 如果程序模块的功能有问题,则程序控制通过虚拟设备程序执行网络设备的代理响应处理,直到问题得到纠正。 另外,如果程序模块的功能有问题,则在网络设备中运行的程序模块更新到最新的程序模块来解决问题。 然后,停止虚拟设备程序的操作。 因此,在使用诸如UPnP的通信协议相互协作的设备中,即使存在具有包括错误的设备程序的设备,或者即使存在具有性能问题的设备, 设备可以彼此协作地操作。
    • 5. 发明申请
    • PROGRAM CONTROL METHOD FOR NETWORK DEVICES AND NETWORK SYSTEM
    • 网络设备和网络系统的程序控制方法
    • US20090083572A1
    • 2009-03-26
    • US12179141
    • 2008-07-24
    • Daisuke FUKUIAkira IokuJun Maeoka
    • Daisuke FUKUIAkira IokuJun Maeoka
    • G06F9/48G06F11/07
    • H04L12/2814G06F8/65H04L12/2821H04L29/08846H04L67/28
    • The program control of network devices, each of which provides services according to the present invention, monitors a function of a program module operating in each of the network devices. If the function of the program module has a problem, the program control performs proxy response processing of the network device by a virtual device program until the problem is corrected. In addition, if the function of the program module has a problem, the program module operating in the network device is updated to the latest program module to correct the problem. Then, the operation of the virtual device program is stopped.Thus, among devices which operate in cooperation with one another by use of a communications protocol such as UPnP, even if there is a device having a device program that includes a bug, or even if there is a device that has a performance problem, the devices can operate in cooperation with one another.
    • 根据本发明的每个提供服务的网络设备的程序控制监视在每个网络设备中操作的程序模块的功能。 如果程序模块的功能有问题,则程序控制通过虚拟设备程序执行网络设备的代理响应处理,直到问题得到纠正。 另外,如果程序模块的功能有问题,则在网络设备中运行的程序模块更新到最新的程序模块来解决问题。 然后,停止虚拟设备程序的操作。 因此,在使用诸如UPnP的通信协议相互协作的设备中,即使存在具有包括错误的设备程序的设备,或者即使存在具有性能问题的设备, 设备可以彼此协作地操作。
    • 6. 发明授权
    • Information processor, information processing method, and programs therefor
    • 信息处理器,信息处理方法及其程序
    • US07739672B2
    • 2010-06-15
    • US11244077
    • 2005-10-06
    • Akira IokuTatsuo IsobeYoshiaki MorimotoShinichiro Kawasaki
    • Akira IokuTatsuo IsobeYoshiaki MorimotoShinichiro Kawasaki
    • G06F9/45
    • G06F1/3203G06F8/4432G06F9/45516Y02D10/41
    • Power consumption can be suppressed while maintaining an appropriate execution speed. The information processor has an interpreter for interpreting a source program or intermediate language program and a run-time translator for translating the program into a machine language program native to the computer. The information processor comprises a power-saving request monitor for monitoring whether or not there is a power-saving request from an input interface or a predetermined power-saving request in a given memory, and a power-saving translation controller. The power-saving request makes a request for suppression of the power consumed by the processor. The power-saving translation controller makes a decision as to whether the run-time translator executes run-time translation of the program according to whether there is the power-saving request. Based on the result of the decision, the translation controller instructs the run-time translator to execute the run-time translation.
    • 可以在维持适当的执行速度的同时抑制功耗。 信息处理器具有用于解释源程序或中间语言程序的解释器和用于将程序转换为计算机本机的机器语言程序的运行时转换器。 信息处理器包括用于监视来自输入接口的节电请求是否存在给定存储器中的预定省电请求的省电请求监视器和省电转换控制器。 省电请求要求抑制处理器消耗的功率。 省电翻译控制器决定运行时转换器是否根据节能请求执行程序的运行时间转换。 基于决定的结果,翻译控制器指示运行时转换器执行运行时转换。
    • 9. 发明申请
    • Information processor, information processing method, and programs therefor
    • 信息处理器,信息处理方法及其程序
    • US20060101426A1
    • 2006-05-11
    • US11244077
    • 2005-10-06
    • Akira IokuTatsuo IsobeYoshiaki MorimotoShinichiro Kawasaki
    • Akira IokuTatsuo IsobeYoshiaki MorimotoShinichiro Kawasaki
    • G06F9/45
    • G06F1/3203G06F8/4432G06F9/45516Y02D10/41
    • Power consumption can be suppressed while maintaining an appropriate execution speed. The information processor has an interpreter for interpreting a source program or intermediate language program and a run-time translator for translating the program into a machine language program native to the computer. The information processor comprises a power-saving request monitor for monitoring whether or not there is a power-saving request from an input interface or a predetermined power-saving request in a given memory, and a power-saving translation controller. The power-saving request makes a request for suppression of the power consumed by the processor. The power-saving translation controller makes a decision as to whether the run-time translator executes run-time translation of the program according to whether there is the power-saving request. Based on the result of the decision, the translation controller instructs the run-time translator to execute the run-time translation.
    • 可以在维持适当的执行速度的同时抑制功耗。 信息处理器具有用于解释源程序或中间语言程序的解释器和用于将程序转换为计算机本机的机器语言程序的运行时转换器。 信息处理器包括用于监视来自输入接口的节电请求是否存在给定存储器中的预定省电请求的省电请求监视器和省电转换控制器。 省电请求要求抑制处理器消耗的功率。 省电翻译控制器决定运行时转换器是否根据节能请求执行程序的运行时间转换。 基于决定的结果,翻译控制器指示运行时转换器执行运行时转换。