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    • 3. 发明授权
    • Fluid analyzer and program recording medium
    • 流体分析仪和程序记录介质
    • US06405142B1
    • 2002-06-11
    • US09373012
    • 1999-08-11
    • Osamu OgawaYoshihiro HattoriSachio NagamitsuHisasi Kodama
    • Osamu OgawaYoshihiro HattoriSachio NagamitsuHisasi Kodama
    • G01L918
    • G06F17/13
    • A fluid analyzer including a physical property value setting section 2 for setting a physical property value in accordance with grid information for boundary conditions and object positions, a number-of-dimension control section 5 for controlling the number of dimensions of a space to be analyzed, a momentum correction section 51 for automatically correcting the momentum of the speed vector of an inlet or outlet, and a boundary condition control section 4 for automatically setting a boundary condition not diverged even in natural convection computation, which repeats repetitive computation until resulting in convergence after generating grids. Thereby, it is possible to accurately set a physical property value and an analysis dimension according to grid division, correct a momentum, and control natural convection computation.
    • 一种流体分析器,包括用于根据边界条件和对象位置的格栅信息设置物理属性值的物理属性值设置部分2,用于控制要分析的空间的维数的数量维数控制部分5 ,用于自动校正入口或出口的速度矢量的动量的动量校正部51以及即使在自然对流计算中也自动设定不发散的边界条件的边界条件控制部4,重复进行重复计算直到导致收敛 生成网格后。 由此,能够根据网格划分,动量校正,自然对流计算精确地设定物理属性值和分析维度。
    • 6. 发明授权
    • Electronic device control apparatus, method for controlling electronic device, electronic device control program, and computer-readable recording medium having recorded electronic device control program
    • 电子装置控制装置,控制电子装置的方法,电子装置控制程序和具有记录的电子装置控制程序的计算机可读记录介质
    • US07822489B2
    • 2010-10-26
    • US11885564
    • 2006-02-21
    • Noriko ShimbaSachio Nagamitsu
    • Noriko ShimbaSachio Nagamitsu
    • G05B19/18G05B11/01G06F15/16
    • G05B15/02G05B2219/2642G08C17/00G08C2201/50
    • A device communication portion receives operational status data, and an operational status accumulation portion accumulates the operational status data. A link information management portion manages operational status link information containing trigger device information to specify the operational status of a single home appliance among plural home appliances and linked device information to specify another home appliance that activates in association with the operational status of the single home appliance. An operational status read portion extracts operational status data corresponding to the operational status in the trigger device information and extracts operational status data corresponding to the linked device information. An associated control information setting portion generates associated control information containing the operational status of the single home appliance and used as the condition to start the associated control of a single electronic device and another electronic device and the content of control on the another home appliance.
    • 设备通信部分接收操作状态数据,并且操作状态存储部分累积操作状态数据。 链接信息管理部分管理包含触发装置信息的操作状态链接信息,以指定多个家用电器中的单个家用电器的操作状态和链接的设备信息,以指定与单个家用电器的操作状态相关联的另一家用电器 。 操作状态读取部分提取与触发装置信息中的操作状态相对应的操作状态数据,并且提取与链接的装置信息对应的操作状态数据。 相关联的控制信息设置部分生成包含单个家用电器的操作状态的相关联的控制信息,并且用作开始对单个电子设备和另一个电子设备的相关控制的条件以及另一家用电器上的控制内容。
    • 7. 发明授权
    • Remote maintenance system
    • 远程维护系统
    • US06772096B2
    • 2004-08-03
    • US10090779
    • 2002-03-06
    • Takashi MurakamiYasuyuki ShintaniSachio Nagamitsu
    • Takashi MurakamiYasuyuki ShintaniSachio Nagamitsu
    • G05B1502
    • H04L41/0677G05B23/0245G05B23/0297G05B2219/25168G06F11/2294H04L12/2803H04L12/2825H04L41/00H04L2012/2845H04L2012/2849H04L2012/285
    • A remote maintenance system has a center server that is located in a service center for performing maintenance of an electrical appliance and a home server that is located in a house and monitors a status of the electrical appliance 102 in the house which are connected via a communication network. The home server includes an electrical appliance management unit that acquires a status value of the electrical appliance, a communication unit that receives from the center server a failure model which is information defining a method of deriving a decision whether the electrical appliance has failed or not from the status value, and a failure deciding unit that decides whether the electrical appliance has failed or not based on the acquired status value and the received failure model using qualitative reasoning. The center server includes a failure model updating unit that updates a failure model and sends the updated failure model to the home server via a communication unit.
    • 远程维护系统具有位于服务中心的中央服务器,用于执行电气设备的维护和位于房屋中的家庭服务器,并且监视通过通信连接的房屋中的电器设备102的状态 网络。 家用服务器包括:电器管理单元,其获取电器的状态值;通信单元,其从中心服务器接收故障模型,故障模型是定义用于导出电器是否已经失败的判定的方法的信息 状态值,以及故障判定单元,其基于获取的状态值和使用定性推理的接收到的故障模型来判定电气设备是否发生故障。 中心服务器包括故障模型更新单元,其更新故障模型,并且经由通信单元将更新的故障模型发送到家庭服务器。
    • 10. 发明授权
    • Apparatus for calculating geometrical view factor
    • 用于计算几何视图因子的装置
    • US5546327A
    • 1996-08-13
    • US273212
    • 1994-07-11
    • Yoshihiro HattoriSachio NagamitsuYoichi NagataHisashi Kodama
    • Yoshihiro HattoriSachio NagamitsuYoichi NagataHisashi Kodama
    • G06F17/50G01N21/00
    • G06F17/5018
    • The zenithal angle of a spherical surface is divided at regular intervals, the horizontal angle thereof is also divided at regular intervals in correspondence with each of the zenithal angles, and in addition, the intensity of each energy line emitted from the center of the bottom surface of the spherical surface at the divided zenithal and horizontal angles corresponds to each zenithal angle. Thus, the energy lines can be isotropically emitted from the center of the bottom surface the spherical surface. The emitted energy lines are traced from the center to each object surface and the intensity of each energy line which has reached each object surface are added to each other. Then, the intensity obtained by the addition is divided by the intensity of entire energy lines emitted from the center. Thus, the geometrical view factor of each object surface can be found quickly and accurately.
    • 球面的天顶角以规则的间隔分开,其水平角也按照每个天顶角度的规则间隔划分,​​此外,从底面的中心发射的每个能量线的强度 在分割的天顶和水平角度处的球形表面对应于每个天顶角。 因此,能量线可以从底表面的中心各向同性地发射出球形表面。 发射的能量线从中心跟踪到每个物体表面,并且已经到达每个物体表面的每条能量线的强度彼此相加。 然后,通过加法获得的强度除以从中心发射的整个能量线的强度。 因此,可以快速,准确地找到每个物体表面的几何视图因子。