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    • 36. 发明授权
    • Optical pickup and optical disc apparatus provided with the same
    • 具有该光拾取器和光盘装置的光拾取器和光盘装置
    • US07076791B2
    • 2006-07-11
    • US10105699
    • 2002-03-20
    • Hiromitsu MoriKyuichiro NagaiAtsushi InoueToshimasa KamisadaRyuichiro Mizuno
    • Hiromitsu MoriKyuichiro NagaiAtsushi InoueToshimasa KamisadaRyuichiro Mizuno
    • G11B7/00
    • G11B5/5526G11B5/59677G11B7/00
    • The invention provides an optical disc apparatus which restricts an operation sound generated from an objective lens driving portion of an optical pickup and has a reduce sound, in an optical disc apparatus, in particular, an optical disc apparatus installing a microphone for recording an external voice therein. Coils (107, 108), a magnet (109) and opposing surfaces of a yoke (110) are respectively arranged at substantially point symmetrical positions with respect to an optical axis (111) of an objective lens (103) in a state in which no electric current is applied, the yoke (110) and a unit base (117) are connected via a spring member (118), and the unit base (117) is mounted to a casing (120). In this case, the spring member (118) is connected at a position (121) forward apart from the objective lens (103) with respect to the yoke (110), and is formed so as to have at least a deformation freedom in a direction of the optical axis of the objective lens (103). The casing (120) is made in a closed structure surrounding a space in which the unit base (117), a lens holder (106), the yoke (110) and the magnet (109) are arranged, except a surface opposing to a disc-like recording medium (104).
    • 本发明提供了一种在光盘装置中限制从光学拾取器的物镜驱动部分产生的操作声音并具有降低声音的光盘装置,特别是安装用于记录外部声音的麦克风的光盘装置 其中。 线圈(107,108),磁体(109)和磁轭(110)的相对表面分别以相对于物镜(103)的光轴(111)的基本上对称的位置布置,其状态 没有施加电流,轭(110)和单元基座(117)经由弹簧构件(118)连接,并且单元基座(117)安装到壳体(120)。 在这种情况下,弹簧构件(118)相对于轭架(110)在与物镜(103)相对的位置(121)处连接,并且形成为具有至少一个变形自由度 物镜(103)的光轴的方向。 外壳(120)制成围绕单元基座(117),透镜保持架(106),磁轭(110)和磁体(109)的空间的封闭结构,除了与 盘状记录介质(104)。
    • 38. 发明申请
    • Position identifier management apparatus and method, mobile computer, and position identifier processing method
    • 位置识别管理装置和方法,移动计算机和位置标识符处理方法
    • US20060031534A1
    • 2006-02-09
    • US11244000
    • 2005-10-06
    • Masahiro IshiyamaAtsushi Inoue
    • Masahiro IshiyamaAtsushi Inoue
    • G06F15/16
    • H04W8/02H04L29/12066H04L61/1511H04L69/16H04L69/167H04W8/10H04W8/12H04W8/14H04W80/04
    • When a first mobile node is moved, it reports binding information including a compatible node identifier (virtual mobile guaranteed general network identifier and a node identifier) and a compatible position identifier (mobile guaranteed real network identifier identified on a network to which the first mobile node is moved, and a node identifier) to a first server which is assigned to the first mobile node. A second mobile node also reports the binding information to a second server. For communicating with the second mobile node to which a second server is assigned, if the destination address of a packet addressed to the second mobile node is designated with a compatible node identifier, the first mobile node acquires the binding information of the second mobile node from the second server. Then, the first mobile node converts the destination address of the packet into the acquired compatible position identifier and sets the compatible position identifier of the first mobile node as the source address of the packet. The first mobile node then transmits the packet.
    • 当移动第一移动节点时,它报告绑定信息,包括兼容节点标识符(虚拟移动保证通用网络标识符和节点标识符)和兼容位置标识符(在第一移动节点的网络上标识的移动保证实际网络标识符 被移动,并且节点标识符)被分配给分配给第一移动节点的第一服务器。 第二移动节点还将绑定信息报告给第二服务器。 为了与分配有第二服务器的第二移动节点通信,如果以兼容节点标识符指定寻址到第二移动节点的分组的目的地址,则第一移动节点从第二移动节点获取第二移动节点的绑定信息 第二台服务器。 然后,第一移动节点将分组的目的地地址转换为获取的兼容位置标识符,并将第一移动节点的兼容位置标识设置为分组的源地址。 然后,第一移动节点发送分组。