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    • 2. 发明申请
    • Design Support System
    • 设计支持系统
    • US20090037156A1
    • 2009-02-05
    • US12180497
    • 2008-07-25
    • Shinya YudaNorito WatanabeShigetoshi SakimuraShunsuke Minami
    • Shinya YudaNorito WatanabeShigetoshi SakimuraShunsuke Minami
    • G06F17/50
    • G06F17/50
    • The design support system regarding the present invention comprises a node data storage means that stores node data to generate functional models which present a group of function nodes which are functions divided from performance function of apparatus which is an objective to be designed and a group of part nodes which realize the functions in mutual relations, a functional model generating means that generates the functional models in reference to the node data storage means, a node designation receiving means that receives the designation of a node among the functional models, a node selection means that selects a node which has a mutual relation with nodes to which the designation are given, a display unit that displays the node selected by the node selection means.
    • 关于本发明的设计支持系统包括节点数据存储装置,其存储节点数据以生成功能模型,该功能模型呈现作为被设计的目标的装置的性能功能和功能节点的一组功能节点组 实现相互关系中的功能的节点,参考节点数据存储装置生成功能模型的功能模型生成装置,接收功能模型中的节点的指定的节点指定接收装置,节点选择装置, 选择与给定指定的节点具有相互关系的节点,显示由节点选择装置选择的节点的显示单元。
    • 3. 发明申请
    • Design support system
    • 设计支持系统
    • US20050229136A1
    • 2005-10-13
    • US11105566
    • 2005-04-06
    • Shinya YudaNorito WatanabeShigetoshi SakimuraShunsuke Minami
    • Shinya YudaNorito WatanabeShigetoshi SakimuraShunsuke Minami
    • G06F17/50G06F9/455
    • G06F17/50
    • The design support system regarding the present invention comprises a node data storage means that stores node data to generate functional models which present a group of function nodes which are functions divided from performance function of apparatus which is an objective to be designed and a group of part nodes which realize the functions in mutual relations, a functional model generating means that generates the functional models in reference to the node data storage means, a node designation receiving means that receives the designation of a node among the functional models, a node selection means that selects a node which has a mutual relation with nodes to which the designation are given, a display unit that displays the node selected by the node selection means.
    • 关于本发明的设计支持系统包括节点数据存储装置,其存储节点数据以生成功能模型,该功能模型呈现作为被设计的目标的装置的性能功能和功能节点的一组功能节点组 实现相互关系中的功能的节点,参考节点数据存储装置生成功能模型的功能模型生成装置,接收功能模型中的节点的指定的节点指定接收装置,节点选择装置, 选择与给定指定的节点具有相互关系的节点,显示由节点选择装置选择的节点的显示单元。
    • 6. 发明授权
    • Design support system
    • 设计支持系统
    • US07409324B2
    • 2008-08-05
    • US11105566
    • 2005-04-06
    • Shinya YudaNorito WatanabeShigetoshi SakimuraShunsuke Minami
    • Shinya YudaNorito WatanabeShigetoshi SakimuraShunsuke Minami
    • G06F17/50G06F17/27
    • G06F17/50
    • The design support system regarding the present invention comprises a node data storage means that stores node data to generate functional models which present a group of function nodes which are functions divided from performance function of apparatus which is an objective to be designed and a group of part nodes which realize the functions in mutual relations, a functional model generating means that generates the functional models in reference to the node data storage means, a node designation receiving means that receives the designation of a node among the functional models, a node selection means that selects a node which has a mutual relation with nodes to which the designation are given, a display unit that displays the node selected by the node selection means.
    • 关于本发明的设计支持系统包括节点数据存储装置,其存储节点数据以生成功能模型,该功能模型呈现作为被设计的目标的装置的性能功能和功能节点的一组功能节点组 实现相互关系中的功能的节点,参考节点数据存储装置生成功能模型的功能模型生成装置,接收功能模型中的节点的指定的节点指定接收装置,节点选择装置, 选择与给定指定的节点具有相互关系的节点,显示由节点选择装置选择的节点的显示单元。
    • 7. 发明授权
    • Support system
    • 支持系统
    • US08065120B2
    • 2011-11-22
    • US12180497
    • 2008-07-25
    • Shinya YudaNorito WatanabeShigetoshi SakimuraShunsuke Minami
    • Shinya YudaNorito WatanabeShigetoshi SakimuraShunsuke Minami
    • G06F17/50G06F17/27
    • G06F17/50
    • The design support system regarding the present invention comprises a node data storage means that stores node data to generate functional models which present a group of function nodes which are functions divided from performance function of apparatus which is an objective to be designed and a group of part nodes which realize the functions in mutual relations, a functional model generating means that generates the functional models in reference to the node data storage means, a node designation receiving means that receives the designation of a node among the functional models, a node selection means that selects a node which has a mutual relation with nodes to which the designation are given, a display unit that displays the node selected by the node selection means.
    • 关于本发明的设计支持系统包括节点数据存储装置,其存储节点数据以生成功能模型,该功能模型呈现作为被设计的目标的装置的性能功能和功能节点的一组功能节点组 实现相互关系中的功能的节点,参考节点数据存储装置生成功能模型的功能模型生成装置,接收功能模型中的节点的指定的节点指定接收装置,节点选择装置, 选择与给定指定的节点具有相互关系的节点,显示由节点选择装置选择的节点的显示单元。
    • 8. 发明授权
    • Learning diagnostic system, state diagnostic device, and state learning device for working machine
    • 学习诊断系统,状态诊断装置,工作机状态学习装置
    • US09074348B2
    • 2015-07-07
    • US13202140
    • 2010-02-19
    • Hideaki SuzukiYoshinori FurunoKenji ArakiKozo NakamuraShinya YudaHirotaka Takahashi
    • Hideaki SuzukiYoshinori FurunoKenji ArakiKozo NakamuraShinya YudaHirotaka Takahashi
    • E02F9/22E02F9/26G05B23/02F02D41/22G07C5/00B60R16/03G07C5/08
    • E02F9/26B60R16/0315E02F9/267F02D41/22G05B23/0235G07C5/008G07C5/0808G07C5/085
    • A learning diagnostic system for a working machine is capable of making a fault diagnosis of the working machine universally relative to various types of sensor information, and preventing a failure in the working machine by enabling a fault diagnosis even in a transient operating state that represents a transitional state between operating states.A state learning device 201 sorts inputted sensor data 101a into one under a steady operating state and one under a transient operating state, and generates, through learning, steady state data 102a and intermediate state data 103a, each including a permissible error. A state diagnostic device 202 uses the steady state data 102a to determine whether an operating state of the working machine related to the inputted sensor data is the steady operating state or the transient operating state, and make a fault determination in the steady operating state. The state diagnostic device 202 also uses the intermediate state data 103a to make a fault determination in the determined transient operating state. The intermediate state data 103a also includes intermediate point information.
    • 用于工作机器的学习诊断系统能够相对于各种类型的传感器信息普遍地对工作机器进行故障诊断,并且即使在表示一个或多个传感器的瞬态操作状态下也能够进行故障诊断来防止工作机器中的故障 经营状态之间的过渡状态。 状态学习装置201将输入的传感器数据101a分解为处于稳定运行状态的一个,并且在瞬态运行状态下将输入的传感器数据101a分类为一个,并通过学习产生每个包括容许误差的稳态数据102a和中间状态数据103a。 状态诊断装置202使用稳态数据102a来确定与输入的传感器数据相关的工作机的工作状态是稳定工作状态还是暂态操作状态,并且在稳定操作状态下进行故障确定。 状态诊断装置202还使用中间状态数据103a在所确定的瞬时动作状态下进行故障判定。 中间状态数据103a还包括中间点信息。
    • 9. 发明申请
    • ACTION RECOGNITION APPARATUS, ACTION RECOGNITION SYSTEM, AND ACTION RECOGNITION METHOD
    • 行动识别装置,行动识别系统和行动识别方法
    • US20100174674A1
    • 2010-07-08
    • US12647001
    • 2009-12-24
    • Munetoshi UnumaShinya YudaKenji Akagi
    • Munetoshi UnumaShinya YudaKenji Akagi
    • G06N5/02G08B23/00
    • G06F3/0346G06F3/017
    • An action recognition apparatus includes: an action detection unit for detecting an action of a subject to be recognized; an estimation processing unit for previously narrowing down action types of which actions of the subject is to be recognized; a selection processing unit for selecting a recognition method and a dictionary by referencing a recognition method/dictionary database, based on the action types narrowed down by the processing unit; and a recognition processing unit for performing an action recognition using the recognition method and the dictionary selected by the selection processing unit. The recognition processing unit performs an action recognition processing of information detected by the action detection unit, based on only the action types narrowed down by the estimation processing unit.
    • 动作识别装置包括:动作检测单元,用于检测要识别的对象的动作; 估计处理单元,用于预先缩小要识别对象的动作的动作类型; 选择处理单元,用于基于由处理单元缩小的动作类型,通过参考识别方法/字典数据库来选择识别方法和字典; 以及识别处理单元,用于使用由选择处理单元选择的识别方法和字典来执行动作识别。 识别处理单元仅基于由估计处理单元缩小的动作类型来执行由动作检测单元检测到的信息的动作识别处理。