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    • 92. 发明授权
    • Mobility management system by distributed mobile IP
    • 分布式移动IP移动管理系统
    • US07321577B2
    • 2008-01-22
    • US10492849
    • 2003-05-15
    • Keiichi ShimizuMasatsugu Yano
    • Keiichi ShimizuMasatsugu Yano
    • H04Q7/24
    • H04L45/00H04W8/12H04W40/02H04W40/36H04W48/08H04W80/04H04W88/005
    • In the Mobile IPv4 network in the present invention, FA control servers (7a, 7b) that process only Mobile IP signaling, and IP tunnel routers (8a, 8c), being an IP tunnel endpoint, which also function as a default router with respect to a mobile node MN, form an FA function (referred to as a virtual FA). Further, an HA control server (9) that processes only Mobile IP signaling, and an IP tunnel router (8b), being an IP tunnel endpoint, form an HA function (referred to as a virtual HA). Here, the relation between the FA control servers (7a, 7b) and the IP tunnel routers (8a, 8c), and the relation between the HA control server (9) and the IP tunnel router (8b) are such that the former is a Media Gateway Controller (MGC) and the latter is a Media Gateway (MG). The FA control server (7a) notifies a mobile node MN (2) of the own address as an FA care-of address, in the form of a regular broadcast or query response. The IP tunnel router (8a) constituting the virtual FA notifies the mobile node MN (2) of an address, being a default router, in the form of a regular broadcast or query response.
    • 在本发明的移动IPv4网络中,仅处理移动IP信令的FA控制服务器(7a,7b)和作为IP隧道端点的IP隧道路由器(8a,8c),其也用作 相对于移动节点MN的默认路由器,形成FA功能(称为虚拟FA)。 此外,仅处理移动IP信令的HA控制服务器(9)和作为IP隧道端点的IP隧道路由器(8b)形成HA功能(称为虚拟HA)。 这里,FA控制服务器(7a,7b)和IP隧道路由器(8a,8C)之间的关系以及HA控制服务器(9)和IP隧道路由器(8b)之间的关系是 使得前者是媒体网关控制器(MGC),后者是媒体网关(MG)。 FA控制服务器(7a)以常规广播或查询响应的形式将自己的地址的移动节点MN(2)通知为FA转交地址。 构成虚拟FA的IP隧道路由器(8a)以常规广播或查询响应的形式向移动节点MN(2)通知作为默认路由器的地址。
    • 93. 发明申请
    • Switching device
    • 开关装置
    • US20070023269A1
    • 2007-02-01
    • US11387108
    • 2006-03-22
    • Keiichi Shimizu
    • Keiichi Shimizu
    • H01H19/06
    • H01H23/06H01H21/08H01H2021/225H01H2025/048H01H2223/004H01H2300/01
    • A switching device has a switch, a case within which the switch is accommodated, a cylinder which is provided on an upper surface of the case and open to above and below to communicate with the inside of the case an operation knob which covers an opening of the cylinder and swings in a front-to-rear direction, and an operation bar which extends from the operation knob through the opening into the case to transmit the motion of the operation knob to the switch. A guide member is disposed between the case upper surface and the end of the operation knob. The guide member is inclined in the left and right directions so as to guide water toward the sides of the case.
    • 开关装置具有开关,容纳开关的壳体,设置在壳体的上表面上并且向上和向下开口以与壳体的内部连通的气缸,操作旋钮覆盖壳体的开口 气缸和前后方向摆动,以及操作杆,其从操作旋钮通过开口延伸到壳体中,以将操作旋钮的运动传递到开关。 引导构件设置在壳体上表面和操作旋钮的端部之间。 引导构件在左右方向上倾斜,以朝向壳体的侧面引导水。
    • 95. 发明申请
    • Control device
    • 控制装置
    • US20050057203A1
    • 2005-03-17
    • US10932919
    • 2004-09-02
    • Keiichi ShimizuYasuhide TanakaHideyo Kakuno
    • Keiichi ShimizuYasuhide TanakaHideyo Kakuno
    • E05F15/10B60J1/17B60J5/04B60J5/06B60N2/06H01H3/02H02P7/29H02H7/08
    • H01H3/0213H01H2300/01
    • There is provided a control device for driving a movable member such as a power window of a vehicle under control, in which the action of the movable member (including the manual operation) at an action velocity corresponding to the intention of the user is achieved by operating only a operating knob for issuing a command relating to the action of the movable member. The control device includes a detecting unit which can generate an output value varying in accordance with the action of the operating knob, and a control unit for determining the operating velocity of the operating knob based on the output value, deciding the action velocity according to the determined operating velocity, and driving the motor under control so that the movable member moves at the decided action velocity.
    • 提供了一种用于驱动诸如在控制下的车辆的动力窗口的可动构件的控制装置,其中可移动构件(包括手动操作)在与用户的意图相对应的动作速度上的动作通过 仅操作用于发出与可动构件的动作相关的命令的操作旋钮。 控制装置包括检测单元,该检测单元可以产生根据操作旋钮的作用而变化的输出值;以及控制单元,用于基于输出值确定操作旋钮的操作速度,根据 确定的操作速度,并且在控制下驱动电动机,使得可动构件以所确定的动作速度移动。
    • 96. 发明授权
    • Switch apparatus
    • 开关装置
    • US06864454B2
    • 2005-03-08
    • US10688809
    • 2003-10-16
    • Keiichi ShimizuYasuhide TanakaKiyotaka Yamaguchi
    • Keiichi ShimizuYasuhide TanakaKiyotaka Yamaguchi
    • B60R16/02E05F15/16H01H15/10H01H23/30H01H5/02
    • H01H15/102E05F15/695E05Y2900/55H01H2300/01
    • A switch apparatus of the invention can avoid contact damage without inviting a drastic increase in a size even when applied to a high power source voltage and does not deteriorate return feeling to a neutral state. The switch apparatus includes a switch A for cutting off connection between one side driving input of a DC motor and a negative plate side power source, a switch B for cutting off connection between the other side driving input and the negative plate side power source, and a switch C for cutting off connection between the one side driving input and the positive plate side power source and connection between the other side driving input and the positive plate side power source, wherein the switch A and the switch B are normally-closed type switches and the switch C is a normally-open type switch. The switch C is opened at a predetermined time before the switch A or the switch B is closed, and cuts off in advance a power source route to avoid the occurrence of dead short-circuit. When the switch C has a slide type structure, switch feeling of contacts of the switch C can be improved.
    • 本发明的开关装置即使在施加高电源电压时也避免接触损伤而不会大幅度地增加尺寸,并且不会使返回感变为中性状态。 开关装置包括用于切断直流电动机的一侧驱动输入端与负极板侧电源的连接的开关A,切断另一侧驱动输入端与负极侧电源的连接的开关B,以及 用于切断一侧驱动输入和正极侧电源之间的连接的开关C和另一侧驱动输入与正极侧电源之间的连接,其中开关A和开关B是常闭型开关 并且开关C是常开型开关。 开关C在开关A或开关B闭合之前的预定时间打开,并且预先切断电源路线以避免发生死路短路。 当开关C具有滑动式结构时,可以提高开关C的触点开关感。
    • 98. 发明授权
    • Method and system for evaluating and monitoring hydraulic pump noise levels
    • 液压泵噪声水平评估和监测方法和系统
    • US06697741B2
    • 2004-02-24
    • US10062352
    • 2002-01-31
    • Jinghong YuKeiichi ShimizuDavid A. ThompsonAndrew Paul Ritchie
    • Jinghong YuKeiichi ShimizuDavid A. ThompsonAndrew Paul Ritchie
    • G01B300
    • G01H1/00
    • A method and system for determining fluidborne noise characteristics of a fluid power pump. The system includes the pump, a reference pipe fluidly connected to a discharge of the pump, three pressure sensors disposed within the reference pipe at predetermined spacings from each other and the pump, first and second loading valves, and a calculating and analysis assembly. The loading valves are selectively and alternatingly actuated to pressurize fluid contained in the system. The calculating and analysis assembly receives signals from the pressure sensors and signals indicative of the rotational speed of the pump. The calculating and analysis assembly uses these signals, together with the known physical characteristics of the reference pipe and the system fluid, to determine the source flow ripple and internal impedance. Thereafter, the calculating and analysis assembly thereafter determines the level of the source flow ripple level, which corresponds to source fluidborne noise characteristics of the pump, based upon the calculated source flow ripple.
    • 一种用于确定流体动力泵的流体噪声特性的方法和系统。 该系统包括泵,流体地连接到泵的排出口的参考管,设​​置在参考管内的三个压力传感器,彼此以预定的间隔和泵,第一和第二加载阀以及计算和分析组件。 选择性地和交替地启动装载阀以对包含在系统中的流体加压。 计算和分析组件接收来自压力传感器的信号和指示泵的转速的信号。 计算和分析组件使用这些信号以及参考管道和系统流体的已知物理特性来确定源流动纹波和内部阻抗。 此后,计算和分析组件此后基于所计算的源流动纹波来确定与流体源噪声特性相对应的源流纹波电平的水平。