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    • 93. 发明授权
    • Mobile communication system and apparatus used for same, and control program
    • 移动通信系统和使用的设备,以及控制程序
    • US07872998B2
    • 2011-01-18
    • US10573189
    • 2004-09-15
    • Masahiro OnoTsuneo NakataMorihisa Momona
    • Masahiro OnoTsuneo NakataMorihisa Momona
    • H04W4/00
    • H04W60/04H04W8/04H04W80/04H04W84/005
    • An object of the present invention is to provide technology in which an HA is capable of efficiently maintaining registration information of an MR, and communication efficiency in registration/update processing between the HA and the MR is improved.A mobile node has a representative home address, a subsidiary home address, and a care-of address, and registers information (joint information) showing the relation between the representative home address, and all subsidiary home addresses, and the care-of address with the home agent, each time the mobile node moves to other network and is assigned a new care-of address. The home agent receives a registration request for the joint information, and stores the registered information, and if a packet destined for the representative home address, or any subsidiary home address arrives from any correspondent node, retrieves the joint information including the address from the registered information maintained thereby, and transfers the packet to the corresponding care-of address.
    • 本发明的目的在于提供一种HA能够有效地维护MR的注册信息的技术,提高HA与MR之间的注册/更新处理中的通信效率。 移动节点具有代表住宅地址,附属住宅地址和转交地址,并且将表示代表住宅地址和所有辅助住宅地址之间的关系的信息(联合信息)以及转交地址与 归属代理,每当移动节点移动到其他网络并被分配新的转交地址时。 归属代理接收联合信息的注册请求,并且存储注册的信息,并且如果从任何通信节点到达代表家庭地址或任何辅助住宅地址的分组到达,则从已登记的信息中检索包括地址的联合信息 由此维护的信息,并将分组传送到相应的转交地址。
    • 95. 发明申请
    • CONNECTOR
    • 连接器
    • US20090269959A1
    • 2009-10-29
    • US12421450
    • 2009-04-09
    • Masahiro OnoMasayuki Okamoto
    • Masahiro OnoMasayuki Okamoto
    • H01R13/62
    • H01R12/88H01R12/774
    • The present invention provides a connector in which an operating lever does not drop from a base and a connection terminal does not plastically deform even if the horizontal component force of turning operational force acts on the operating lever. A connector includes a base having an opening to be inserted with an FPC at a front surface, and having a plurality of insertion holes passing from the front surface to a rear surface juxtaposed; a connection terminal arranged in a projecting manner with a substantially T-shaped operating piece having at one end a movable contacting point that comes into pressure contact with a joint of the FPC, the connection terminal having one end inserted to the insertion hole from the rear surface side; and an operating lever in which a cam portion is fitted into a turning recessed portion arranged at an upper side of the connection terminal to act as a turning supporting point, the cam portion driving an operation receiving portion positioned at the other end of the operating piece. A position regulation contacting portion arranged at a lower surface of the operating lever locks to a slip-out preventing projection arranged in a projecting manner at an upper side of the connection terminal when the locking operation of the operating lever is completed.
    • 本发明提供了一种连接器,其中操作杆不会从基座落下,并且即使转动操作力的水平分力作用在操作杆上,连接端子也不会塑性变形。 连接器包括:底座,其具有在前表面上插入有FPC的开口,并且具有从前表面到后表面并置的多个插入孔; 连接端子以突出的方式配置有大致T形的操作件,其一端具有与FPC的接头压力接触的可动接触点,所述连接端子具有从后部插入插入孔的一端 表面 以及操作杆,其中凸轮部分配合到布置在连接端子的上侧的转向凹部中以用作转动支撑点,所述凸轮部分驱动位于操作件的另一端的操作接收部 。 当操作杆的锁定操作完成时,布置在操作杆的下表面处的位置调节接触部分锁定到突出地布置在连接端子的上侧的防滑突起。
    • 99. 发明授权
    • Hydrodynamic torque transmitting device
    • 流体力矩传动装置
    • US07147090B2
    • 2006-12-12
    • US10811918
    • 2004-03-30
    • Masahiro OnoTakeshi KawamotoShinji FujimotoHideki Miura
    • Masahiro OnoTakeshi KawamotoShinji FujimotoHideki Miura
    • F16H45/02
    • F16D33/00F16D25/0635F16H45/02F16H2045/0294
    • A hydrodynamic torque transmitting device is disclosed that overcomes problems created by the presence of a thrust washer therein. In a torque converter 1 according to the present invention, a piston 41 is disposed between a front cover 2 and a turbine 4 to form a front chamber F on a front cover side and a rear chamber R on a turbine side, and can move toward and away from the front cover 2 by means of a hydraulic pressure differential created between the front and rear chambers F and R. The piston 41 has a disk shaped body 41a, and a frictional coupling portion (friction facing 61) disposed on a outer peripheral portion of the body 41a that serves to frictionally engage with the front cover 2. The turbine hub 23 and the front cover 2 have opposing portions (63, 23b) that oppose each other across an axial space. The piston 41 has a support portion 48 that axially supports the turbine 4 when the piston 41 moves to a position near the front cover. When the piston 41 moves to a position closest to the front cover 2, an axial space is maintained between the opposing portions (63, 23b).
    • 公开了一种克服由其中存在止推垫圈而产生的问题的流体动力学扭矩传递装置。 在根据本发明的变矩器1中,活塞41设置在前盖2和涡轮机4之间,以在前盖侧形成前室F,在涡轮侧形成后室R, 并且通过在前后室F和R之间产生的液压差而远离前盖2.活塞41具有盘形主体41a和摩擦联接部分(摩擦面61),该摩擦联接部分 主体41a的周边部分,其用于与前盖2摩擦接合。 涡轮机毂23和前盖2具有跨越轴向空间彼此相对的相对部分(63,23b)。 当活塞41移动到靠近前盖的位置时,活塞41具有轴向支撑涡轮机4的支撑部分48。 当活塞41移动到最靠近前盖2的位置时,在相对部分(63,23b)之间保持轴向空间。
    • 100. 发明申请
    • Communication method
    • 沟通方式
    • US20060256803A1
    • 2006-11-16
    • US10526959
    • 2005-01-07
    • Tsuneo NakataMasahiro Ono
    • Tsuneo NakataMasahiro Ono
    • H04L12/56
    • H04L1/1642H04L1/1887
    • A first identifier for identifying each flow belonging to a first group relating to a sequencing, a first sequential number, said first sequential number being unique within each flow of the first group flow, a second identifier for identifying a flow relating to a retransmitting control, and a second sequential number, said second sequential number being unique within each flow belonging to the second group flow, are affixed to a transmission packet to transmit it. A receiving node makes a request for retransmission based upon the second identifier and the second sequential number, and a transmitting node retransmits its packet. Also, in the sequencing of the packets, the receiving node takes a sequencing of the packet based upon the first identifier and the first sequential number.
    • 用于识别属于与排序相关的第一组的每个流的第一标识符,第一序列号,所述第一序列号在第一组流的每个流中是唯一的,用于标识与重传控制有关的流的第二标识符, 以及第二序列号,所述第二序列号在属于第二组流的每个流中是唯一的,被附加到传输分组以进行传输。 接收节点基于第二标识符和第二序列号进行重传请求,并且发送节点重新发送其分组。 此外,在分组的排序中,接收节点基于第一标识符和第一序列号对分组进行排序。