会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Collaboration server, collaboration system, and method and program for collaboration server and system, for reducing network traffic
    • 协作服务器,协作系统以及协作服务器和系统的方法和程序,用于减少网络流量
    • US07877445B2
    • 2011-01-25
    • US11064913
    • 2005-02-24
    • Hiroaki KomineRika KusudaMasakazu Miyamoto
    • Hiroaki KomineRika KusudaMasakazu Miyamoto
    • G06F15/16
    • G06Q10/10
    • The present invention provides a collaboration system that reduces communication traffic, is platform- and OS-independent, and has high versatility. There are provided a collaboration server connected with a plurality of terminal apparatuses through a network for obtaining, retaining, and distributing a Web page as a work screen used in collaborative work among the terminal apparatuses, and a chat server for managing chat sessions. The collaboration server participates as a chat client in a chat session managed by the chat server and distributes an operation instruction concerning the work screen as a chat message to each terminal apparatus. The work screen is reloaded into each terminal apparatus according to the operation instruction to allow the collaborative work to progress.
    • 本发明提供了一种减少通信流量的协作系统,它与平台和操作系统无关,具有很高的通用性。 通过网络提供与多个终端装置连接的协作服务器,用于获取,保留和分发作为终端装置之间的协同工作中使用的工作屏幕的网页,以及用于管理聊天会话的聊天服务器。 协作服务器作为聊天客户端参与由聊天服务器管理的聊天会话,并将关于工作屏幕的操作指令作为聊天消息分发给每个终端设备。 根据操作说明,将工作画面重新装入各终端装置,使协同工作进行。
    • 2. 发明授权
    • Message control apparatus
    • 用于控制具有处于待机状态的控制器并且不从队列中取出多余消息的对象之间的消息传送的系统
    • US06848107B1
    • 2005-01-25
    • US09328369
    • 1999-06-09
    • Hiroaki KomineNoriyuki YokoshiKazuyoshi Karaki
    • Hiroaki KomineNoriyuki YokoshiKazuyoshi Karaki
    • G06F9/46G06F9/44G06F9/54
    • G06F9/546G06F2209/548
    • In a message control apparatus for transferring messages between objects which belong to different processes, a message distributor distributes messages to queue buffers provided for each of target objects, and a thread controller simultaneously prepares a plurality of threads less than a maximum thread allocation number predetermined for each of processes and the target objects and takes out the messages to be given to a corresponding target object. Also, the maximum thread allocation number corresponding to a CPU serviceability ratio in the processes can be designated, and a part of the thread allocation number of the target objects with few thread number used is allotted to the maximum thread allocation number of the target objects with many thread number used.
    • 在用于在属于不同进程的对象之间传送消息的消息控制装置中,消息分发器将消息分发给为每个目标对象提供的队列缓冲器,并且线程控制器同时准备少于最大线程分配号码的多个线程, 每个进程和目标对象,并取出要给予相应目标对象的消息。 此外,可以指定与处理中的CPU可服务性比率相对应的最大线程分配号码,并且使用少量线程号的目标对象的线程分配号码的一部分被分配给目标对象的最大线程分配号码, 使用许多线程号。
    • 3. 发明授权
    • Method for structuring communications network based on asynchronous
transfer mode
    • 基于异步传输模式构建通信网络的方法
    • US5412376A
    • 1995-05-02
    • US197548
    • 1994-02-17
    • Takafumi ChujoHiroaki KomineKeiji MiyazakiTakao OguraTetsuo Soejima
    • Takafumi ChujoHiroaki KomineKeiji MiyazakiTakao OguraTetsuo Soejima
    • H04L12/56H04L29/14H04Q1/00
    • H04L45/28H04L45/10H04L69/40
    • A method for structuring a communications network based on an asynchronous transfer mode in which communications are held with the use of cells transferred between a node on the upstream side and a node on the downstream side. The method for structuring the network includes a step for preparing a plurality of VPI conversion tables for converting VPIs of the cell input under normal communicating conditions and that of the cell input in the event of a failure and outputting the cell with the VPI converted. The prepared VPI conversion tables are reorganized for each node and the reorganized VPI conversion tables are distributed to all nodes. Then, an alternate route monitoring and switching virtual path is set up in each alternate route and a monitoring cell is periodically transmitted along the alternate route. When a failure occurs, the VPI conversion table is switched over according to the pattern of the failure and the input VPI is converted in accordance with the switched VPI conversion table, and thereby, an alternate virtual path is set up in the relevant alternate route.
    • 一种用于基于异步传送模式来构造通信网络的方法,其中通过使用在上游侧的节点和下游侧的节点之间传送的小区来保持通信。 用于构造网络的方法包括:准备多个VPI转换表的步骤,用于在正常通信条件下转换单元输入的VPI和在发生故障的情况下输入单元的VPI,并输出VPI转换的单元。 为每个节点重组准备的VPI转换表,并将重组的VPI转换表分发到所有节点。 然后,在每个备用路由中建立备用路由监视和交换虚拟路径,并且沿着备用路由周期性地发送监视小区。 当故障发生时,根据故障模式切换VPI转换表,并根据切换的VPI转换表转换输入VPI,从而在相关备用路由中建立备用虚拟路径。
    • 6. 发明申请
    • MONITORING APPARATUS, MONITORING SYSTEM, AND INFORMATION SETTING METHOD
    • 监控装置,监测系统和信息设置方法
    • US20120239803A1
    • 2012-09-20
    • US13414019
    • 2012-03-07
    • Hiroaki KomineKatsuyoshi Tsuhara
    • Hiroaki KomineKatsuyoshi Tsuhara
    • G06F15/173
    • H04L43/12
    • A monitoring apparatus includes a storage and a processor. The storage stores collecting apparatus information for identifying one of a plurality of collecting apparatuses collecting status information of a network. The processor acquires status information of the network from a network apparatus connected to the network. The processor acquires, from a database, collecting apparatus information for identifying each of the plurality of collecting apparatuses. The processor acquires, based on the acquired collecting apparatus information, load information indicating a load on each of the plurality of collecting apparatuses. The processor selects, based on the acquired load information, one collecting apparatus among the plurality of collecting apparatuses, to which the monitoring apparatus transmits the acquired status information. The processor stores collecting apparatus information for identifying the selected collecting apparatus in the storage. The processor notifies the selected collecting apparatus of monitoring apparatus information for identifying the monitoring apparatus.
    • 监视装置包括存储器和处理器。 存储器存储用于识别收集网络的状态信息的多个收集装置中的一个的收集装置信息。 处理器从连接到网络的网络设备获取网络的状态信息。 处理器从数据库获取用于识别多个收集装置中的每一个的收集装置信息。 处理器基于所获取的收集装置信息,获取指示多个收集装置中的每一个的负荷的负载信息。 处理器基于所获取的负载信息,在监视装置发送获取的状态信息的多个收集装置中选择一个收集装置。 处理器存储用于在存储器中识别所选择的收集装置的收集装置信息。 处理器向所选择的收集装置通知监视装置用于识别监视装置的信息。
    • 8. 发明授权
    • Data management apparatus storing uncomplex data and data elements of complex data in different tables in data storing system
    • 数据管理装置在数据存储系统的不同表格中存储复数数据和复数数据的数据元素
    • US06728727B2
    • 2004-04-27
    • US09540891
    • 2000-03-31
    • Hiroaki KomineNoriyuki YokoshiHiroko Yokota
    • Hiroaki KomineNoriyuki YokoshiHiroko Yokota
    • G06F700
    • G06F17/30607Y10S707/99942Y10S707/99943Y10S707/99944
    • A data storage and management apparatus for storing and managing data of an object as a persistent object in a data storing system. When storing an object in the data storing system, information on complexity of data of at least one attribute of the object is recorded in the apparatus, and data of each of the at least one attribute of the object is stored in a first table in the data storing system when the data of the attribute is not complex data, and in a second table in the data storing system when the data of the attribute is complex data. When manipulating data of an attribute of the object in the data storing system, the above information on complexity is referred to, and manipulation is performed on the first table when the data of the attribute is not complex data, and on the second table when the data of the attribute is complex data.
    • 一种用于在数据存储系统中存储和管理作为持久对象的对象的数据的数据存储和管理装置。 当将对象存储在数据存储系统中时,关于该对象的至少一个属性的数据的复杂度的信息被记录在该装置中,并且该对象的该至少一个属性中的每一个的数据被存储在该第一表中 数据存储系统当数据的属性不是复杂的数据时,而在数据存储系统的第二个表中,属性的数据是复杂的数据。 当操作数据存储系统中的对象的属性的数据时,参考上述关于复杂性的信息,并且当属性的数据不是复杂数据时,对第一表执行操作,并且在第二表上执行 属性的数据是复杂数据。
    • 9. 发明授权
    • Monitoring apparatus, monitoring system, and information setting method
    • 监控设备,监控系统和信息设置方法
    • US09003005B2
    • 2015-04-07
    • US13414019
    • 2012-03-07
    • Hiroaki KomineKatsuyoshi Tsuhara
    • Hiroaki KomineKatsuyoshi Tsuhara
    • G06F15/173H04L12/26
    • H04L43/12
    • A monitoring apparatus includes a storage and a processor. The storage stores collecting apparatus information for identifying one of a plurality of collecting apparatuses collecting status information of a network. The processor acquires status information of the network from a network apparatus connected to the network. The processor acquires, from a database, collecting apparatus information for identifying each of the plurality of collecting apparatuses. The processor acquires, based on the acquired collecting apparatus information, load information indicating a load on each of the plurality of collecting apparatuses. The processor selects, based on the acquired load information, one collecting apparatus among the plurality of collecting apparatuses, to which the monitoring apparatus transmits the acquired status information. The processor stores collecting apparatus information for identifying the selected collecting apparatus in the storage. The processor notifies the selected collecting apparatus of monitoring apparatus information for identifying the monitoring apparatus.
    • 监视装置包括存储器和处理器。 存储器存储用于识别收集网络的状态信息的多个收集装置中的一个的收集装置信息。 处理器从连接到网络的网络设备获取网络的状态信息。 处理器从数据库获取用于识别多个收集装置中的每一个的收集装置信息。 处理器基于所获取的收集装置信息,获取指示多个收集装置中的每一个的负荷的负载信息。 处理器基于所获取的负载信息,在监视装置发送获取的状态信息的多个收集装置中选择一个收集装置。 处理器存储用于在存储器中识别所选择的收集装置的收集装置信息。 处理器向所选择的收集装置通知监视装置用于识别监视装置的信息。