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    • 1. 发明授权
    • Actuator latch apparatus for data storage device
    • 用于数据存储装置的执行器锁存装置
    • US07085105B2
    • 2006-08-01
    • US10444963
    • 2003-05-27
    • Min-pyo HongYong-kyu ByunWoo-sup HanCheol-soon Kim
    • Min-pyo HongYong-kyu ByunWoo-sup HanCheol-soon Kim
    • G11B21/12G11B21/22
    • G11B21/22G11B5/54
    • An actuator latch apparatus for a data storage device includes a latch lever installed on a base plate of the data storage device capable of pivoting and having a first latch portion provided at one end portion of the latch lever, a spring connected to the other end portion of the latch lever and made of a shape memory alloy to allow the latch lever to pivot in a predetermined direction by being deformed according to application of electric power, and a second latch portion provided at an end portion of an actuator moving a read/write head to a predetermined position of a disk. When the rotation of the disk is stopped and the actuator is parked at a parking position, the spring allows the latch lever to pivot in one direction so that the first latch portion interferes with the second latch portion, thus locking the actuator not to rotate, and when the disk rotates, the spring allows the latch lever to pivot in the opposite direction so that the first latch portion is separated from the second latch portion, thus allowing the actuator to rotate. Thus, a reliable operation of the actuator latch apparatus is available due to the characteristic of the shape memory alloy and the structure of the actuator latch apparatus is simplified.
    • 一种用于数据存储装置的致动器锁定装置,包括安装在数据存储装置的基板上的闩锁杆,其能够枢转并且具有设置在闩锁杆的一个端部处的第一闩锁部分,弹簧连接到另一端部 并且由形状记忆合金制成,以通过根据电力的施加而使闩锁杆沿预定方向枢转;以及第二闩锁部分,其设置在致动器的端部,从而移动读/写 前进到盘的预定位置。 当盘的旋转停止并且致动器停在停车位置时,弹簧允许闩锁杆在一个方向上枢转,使得第一闩锁部分与第二闩锁部分相互干扰,从而锁定致动器不旋转, 并且当盘旋转时,弹簧允许闩锁杆沿相反方向枢转,使得第一闩锁部分与第二闩锁部分分离,从而允许致动器旋转。 因此,由于形状记忆合金的特性,致动器锁定装置的可靠操作是可用的,并且致动器闩锁装置的结构简化。
    • 5. 发明授权
    • Slim actuator and slim micro-drive apparatus comprising the same
    • 微型致动器和包括该微型驱动装置的微型驱动装置
    • US07420783B2
    • 2008-09-02
    • US10445208
    • 2003-05-27
    • Yong-kyu ByunMin-pyo HongWoo-sup Han
    • Yong-kyu ByunMin-pyo HongWoo-sup Han
    • G11B21/16G11B5/48
    • G11B5/4813G11B5/4833
    • A slim actuator and a micro-drive apparatus using the same are provided. The slim actuator includes a suspension having a head mounted at one end of the suspension to write/read data to/from a disk and a head gimbal assembly. The head gimbal assembly includes a unit-mounting portion having one end connected to the suspension, a fantail molding portion extending from the other end of the uni-mounting portion, and a voice coil which is mounted on the fantail mounting portion such that current flows in the voice coil. The voice coil rotates the suspension by an electromagnetic force created by interaction between the electric field of the current and an applied magnetic field. Thus, the slim actuator uses a single channel and has excellent resonance characteristics. Mobile micro-drive apparatuses employing the slim actuators can be obtained.
    • 提供了一种细长致动器和使用该致动器的微型驱动装置。 细长致动器包括悬架,其具有安装在悬架的一端的头部,用于向/从盘和头部万向节组件写入/读取数据。 头万向架组件包括一个单元安装部分,其一端连接到悬架,一个从单一安装部分的另一端延伸的扇形模制部分,以及一个安装在该扇形安装部分上的音圈,使得电流流动 在音圈中。 音圈通过由电流的电场和施加的磁场之间的相互作用产生的电磁力来旋转悬架。 因此,细长致动器使用单个通道并且具有优异的谐振特性。 可以获得采用薄型致动器的移动微型驱动装置。
    • 6. 发明授权
    • Slim spindle motor and micro-drive apparatus comprising the same
    • 微型主轴电机和包括该主轴电动机的微型驱动装置
    • US07190549B2
    • 2007-03-13
    • US10444960
    • 2003-05-27
    • Yong-kyu ByunMin-pyo HongWoo-sup Han
    • Yong-kyu ByunMin-pyo HongWoo-sup Han
    • G11B17/02H02K21/14
    • G11B25/043G11B19/2009H02K1/146H02K21/16
    • A slim spindle motor and a micro-drive apparatus including the slim spindle motor are provided. In the spindle motor, a hub is rotatably mounted on a base plate by ball bearings. The hub is used to seat a disk thereon. A ring-shaped magnet is engaged to the outer boundary of the hub. A stator is formed by arranging a plurality of yokes in a round shape around the outer boundary of the ring-shaped magnet. The yokes include cores having curved ends to reduce the central axis offset between the yokes and the ring-shaped magnet. Most of the yokes include coils that cover the cores. Since the central axes of the yokes in the stator are made collinear with the central axis of the ring-shaped magnet, the slim spindle motor can operate stably.
    • 提供了一种细长的主轴电机和包括细长主轴电动机的微型驱动装置。 在主轴电机中,轮毂通过滚珠轴承可旋转地安装在基板上。 轮毂用于将盘安放在其上。 环形磁体接合到轮毂的外边界。 定子通过围绕环形磁体的外边界排列圆形的多个轭而形成。 磁轭包括具有弯曲端部的磁芯,以减小磁轭和环形磁体之间的中心轴偏移。 大多数磁轭包括覆盖磁芯的线圈。 由于定子中的轭的中心轴线与环形磁体的中心轴线共线,因此细长主轴电机可以稳定地运行。
    • 9. 发明授权
    • Method and apparatus for generating magnetic field map and method and apparatus for checking pose of mobile body using the magnetic field map
    • 用于产生磁场图的方法和装置以及使用磁场图检查移动体姿势的方法和装置
    • US07302345B2
    • 2007-11-27
    • US11035742
    • 2005-01-18
    • Woong KwonKyung-shik RohWoo-sup HanYoung-bo Shim
    • Woong KwonKyung-shik RohWoo-sup HanYoung-bo Shim
    • G01V3/38G01C17/00
    • G01R33/10G05D1/0259G05D1/0274
    • Provided is a method of generating a magnetic field map including obtaining magnetic field information, the magnetic field information being information on a magnetic field affecting a mobile body, for each position of the mobile body, and building a magnetic field map based on the magnetic field information for each position of the mobile body. The pose of a mobile body can be statistically checked by the probability obtained using the difference between the magnetic field information observed from the magnetic field map and the actually measured magnetic field information. Although the pose of the mobile body is estimated using a camera that is sensitive to an illumination state where the mobile body is placed, the pose of the mobile body can be relatively accurately checked using the magnetic field map obtained in a situation regardless of illumination, with being less affected by the illumination state where the mobile body is placed. Thus, the pose of the mobile body can be checked with reliability.
    • 本发明提供一种生成磁场映射的方法,包括获得磁场信息,磁场信息是关于移动体的每个位置的影响移动体的磁场的信息,以及基于磁场建立磁场图 关于移动体的每个位置的信息。 可以通过使用从磁场映射观察到的磁场信息与实际测量的磁场信息之间的差异获得的概率统计地检查移动体的姿态。 虽然使用对放置移动体的照明状态敏感的照相机来估计移动体的姿态,但是可以使用在不管照明的情况下获得的磁场图来相对精确地检查移动体的姿态, 受到移动体的放置状态的影响较小。 因此,可以可靠地检查移动体的姿势。