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    • 1. 发明授权
    • Drive apparatus for objective lens
    • 物镜驱动装置
    • US5966354A
    • 1999-10-12
    • US745127
    • 1996-11-08
    • Naomasa TakahashiAkihiro Kasahara
    • Naomasa TakahashiAkihiro Kasahara
    • G11B7/00G11B7/09G11B7/135G11B19/12
    • G11B7/1372G11B19/12G11B7/093G11B7/0933G11B7/0945G11B2007/0006
    • A first objective lens and a second objective lens are fixedly mounted on a lens holder. The lens holder has four magnetic members embedded in a side thereof about an axis of rotation. The magnetic members are associated with coils respectively. The lens holder is rotatable supported by a support which has four permanent magnets fixedly mounted on a side thereof corresponding to the four coils. A pair of the magnets located opposite to each other is for the focusing control and the other pair of the magnets located opposite to each other is for the tracking control and the objective lens switching control. When the coils corresponding to the magnets are loaded with a switching signal, they turns the lens holder to switch the objective lenses from one to the other. When the coils corresponding to the magnets are loaded with a tracking drive signal, they perform the tracking control. When the coils corresponding to the magnets are loaded with a focusing drive signal, they perform the focusing control. At the beginning of operation, the objective lens drive apparatus can be initialized by feeding the switching signal to either pair of the coils so that the objective lens is set across a light path.
    • 第一物镜和第二物镜固定地安装在透镜架上。 透镜架具有围绕旋转轴嵌入其一侧的四个磁性构件。 磁性部件分别与线圈相关联。 透镜保持器由支撑件可旋转地支撑,该支架具有固定地安装在与四个线圈对应的一侧上的四个永磁体。 位于彼此相对的一对磁体用于聚焦控制,并且彼此相对定位的另一对磁体用于跟踪控制和物镜切换控制。 当对应于磁体的线圈装载有切换信号时,它们转动透镜架以将物镜从一个切换到另一个。 当对应于磁体的线圈装载有跟踪驱动信号时,它们执行跟踪控制。 当对应于磁体的线圈加载聚焦驱动信号时,它们进行聚焦控制。 在操作开始时,可​​以通过将开关信号馈送到任一对线圈来初始化物镜驱动装置,使得物镜跨越光路设置。
    • 5. 发明申请
    • Electronic apparatus, page display method, program, and storage medium
    • 电子设备,页面显示方法,程序和存储介质
    • US20070118806A1
    • 2007-05-24
    • US10485021
    • 2003-05-26
    • Hirotaka KondoNaomasa Takahashi
    • Hirotaka KondoNaomasa Takahashi
    • G06F17/00
    • G06F17/30876
    • An electronic apparatus capable of displaying linked pages in turn by an easy operation for users is provided. In a element in an SMIL document, the attribute ??dur=t is added to URI description for specifying a media element. The resulting notation implies that a file name placed before ?? indicates a designated page and a link destination of the designated page is displayed. A numerical value following dur= indicates the duration for which a given link contained in the designated page can be activated. An SMIL player interprets an SMIL document having such a description, so as to allow auto-linking to the link destinations of the designated page with the defined link intervals.
    • 提供了能够通过用户容易的操作依次显示链接页面的电子设备。 在SMIL文档中的元素中,将属性?? dur = t添加到用于指定媒体元素的URI描述中。 结果符号意味着文件名放在前面 指示指定页面,并且指示页面的链接目的地被显示。 dur =之后的数值表示可以激活指定页面中包含的给定链接的持续时间。 SMIL播放器解释具有这种描述的SMIL文档,以便允许以指定的链接间隔自动链接到指定页面的链接目的地。
    • 7. 发明授权
    • Apparatus for moving an optical system
    • 用于移动光学系统的装置
    • US5187702A
    • 1993-02-16
    • US634581
    • 1990-12-27
    • Naomasa Takahashi
    • Naomasa Takahashi
    • G11B7/085G11B7/09
    • G11B7/0932
    • In an apparatus for moving an objective lens, the objective lens (2) mounted on a lens support is suspended on a support frame by tracking leaf springs (6) and focusing leaf springs (8), each of the tracking leaf springs (6) and each of the focusing leaf springs (8) being coupled to each other. Focusing (26a) and tracking (26b) coils are provided on the lens support and are arranged in a magnetic circuit fixed to the support frame. The support frame is movably supported on side rails and coupled to a linear motor mechanism (28). In a long-stroke access, the support frame is moved in a access signal by the linear motor mechanism along a radial direction of an optical disk. In a middle-stroke access or a tracking operation, the magnetic circuit is energized in response to the access signal or a focusing signal so that the tracking leaf spring (6) is deformed by an interaction force between a current supplied to the tracking coils (26b) and magnetic fluxes generated from the magnetic circuit. Thus, the objective lens (2) is moved along the radial direction of the disk within a middle-stroke range. In a focusing operation, the magnetic circuit is energized in response to a focusing signal so that the focusing leaf spring (8) is deformed by the interaction force. Thus, the objective lens is moved along its optical axis.
    • 在用于移动物镜的装置中,通过跟踪板簧(6)和聚焦板弹簧(8),安装在透镜支架上的物镜(2)悬挂在支撑框架上,每个跟踪板簧(6) 并且每个聚焦板弹簧(8)彼此联接。 聚焦(26a)和跟踪(26b)线圈设置在透镜支架上并且布置在固定到支撑框架的磁路中。 支撑框架可移动地支撑在侧轨上并且联接到线性马达机构(28)。 在长行程通道中,支撑框架沿着光盘的径向方向通过线性电动机构沿访问信号移动。 在中冲程访问或跟踪操作中,磁路响应于访问信号或聚焦信号被激励,使得跟踪板簧(6)通过提供给跟踪线圈的电流之间的相互作用力而变形( 26b)和从磁路产生的磁通量。 因此,物镜(2)在中间行程范围内沿盘的径向方向移动。 在聚焦操作中,响应于聚焦信号使磁路通电,使得聚焦板簧(8)通过相互作用力而变形。 因此,物镜沿其光轴移动。