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    • 1. 发明授权
    • Actuator latch system of hard disk drive
    • 执行器闩锁系统的硬盘驱动器
    • US08031438B2
    • 2011-10-04
    • US12391320
    • 2009-02-24
    • Kyung-ho KimMin-pyo HongYong-jae KimYu-sung Kim
    • Kyung-ho KimMin-pyo HongYong-jae KimYu-sung Kim
    • G11B5/54
    • G11B21/22G11B5/5569
    • An actuator latch system of a hard disk drive selectively locks in place and releases a rotatable swing arm having a front end portion supporting a magnetic head and a rear end portion on which a voice coil motor (VCM) coil is disposed. The actuator latch system includes a notch in the rear end portion of the swing arm, and a rotatable latch lever having a front end portion including a hook and a magnet. The hook is received in the notch in the rear end portion of the swing arm to arrest rotation of the swing arm in a predetermined direction. The magnet of the latch lever faces a section of the VCM coil such that when the hard disk drive is started, the latch lever is rotated by a force generated due to current flowing through the section of the VCM coil faced by the magnet and the magnetic field generated by the magnet. The rotation of the latch lever prevents the hook from interfering with the rotation of the swing arm in the predetermined direction.
    • 硬盘驱动器的致动器闩锁系统选择性地锁定就位并释放具有支撑磁头的前端部分和设置有音圈电动机(VCM)线圈的后端部分)的可旋转摆臂。 致动器闩锁系统包括在摆臂的后端部分中的凹口和可旋转的闩锁杆,其具有包括钩和磁体的前端部分。 钩子被容纳在摆臂的后端部分的凹口中,以阻止摆臂沿预定方向旋转。 闩锁杆的磁体面对VCM线圈的一部分,使得当硬盘驱动器启动时,闩锁杆由于电流流过由磁体面对的VCM线圈的部分而产生的力,并且磁 由磁体产生的磁场。 闩锁杆的旋转防止钩子妨碍摆臂在预定方向上的旋转。
    • 3. 发明申请
    • ACTUATOR LATCH MECHANISM AND HARD DISK INCLUDING THE SAME
    • 执行器锁定机构和硬盘,包括它们
    • US20100014194A1
    • 2010-01-21
    • US12502246
    • 2009-07-14
    • Kyung Ho KIMMin Pyo HONGDong Ho OHYu-Sung KIMYong-Jae KIM
    • Kyung Ho KIMMin Pyo HONGDong Ho OHYu-Sung KIMYong-Jae KIM
    • G11B5/54
    • G11B5/54G11B21/22
    • An actuator latch mechanism of a hard disk drive (HDD) includes a latch lever and a magnetic latch carried by the latch lever. The latch lever is mounted to a base of the HDD so as to be rotatable and prevents an actuator arm from rotating from a position, at which a read/write head carried by the actuator arm is parked, to a read/write position at which the read/write head is located over a recording surface of a disk. A bobbin on which a VCM coil is provided extends from a rear end of the actuator arm. A permanent magnet of the VCM is fixed to the base as juxtaposed with the bobbin. The magnetic latch is carried by an arm of the latch lever and interacts with the (magnetic field generated by) the permanent magnet of the VCM to generate a net force which cause the latch lever to latch the actuator arm in place when current is not being supplied to the VCM coil, and interacts with both the (magnetic field generated by) the permanent magnet of the VCM and (the electromagnetic field generated by) the VCM coil when current is supplied to the VCM coil to produce a net force that causes the latch lever to release the actuator arm.
    • 硬盘驱动器(HDD)的致动器锁定机构包括闩锁杆和由闩锁杆承载的磁性闩锁。 闩锁杆安装到HDD的基座上以便可旋转,并且防止致动器臂从由致动器臂承载的读/写头停放的位置旋转到读/写位置,在该位置 读/写头位于盘的记录表面上。 其中设置VCM线圈的线轴从致动器臂的后端延伸。 VCM的永磁体与线轴并置固定在基座上。 磁性闩锁由闩锁杆的臂承载,并与VCM的永磁体产生的(磁场产生)相互作用,以产生一个净力,当电流不在时,锁定杆将执行器臂锁定到位 提供给VCM线圈,并且当电流被提供给VCM线圈时,与VCM的永磁体(由VCM线圈产生的电磁场)和(VCM线圈产生的电磁场)相互作用(产生的磁场)产生净力 闩锁杆释放执行器臂。
    • 4. 发明申请
    • COUPLING STRUCTURE OF HARD DISK DRIVE USING STUD
    • 硬盘驱动器的耦合结构
    • US20090073842A1
    • 2009-03-19
    • US12186665
    • 2008-08-06
    • Yu-sung Kim
    • Yu-sung Kim
    • G11B33/02H05K7/06
    • G11B33/121H05K7/142
    • A coupling structure of a hard disk drive using a stud. The coupling structure includes a stud insertion hole formed in the base plate, a stud, a first screw insert hole, a first screw, a second screw insert hole, and a second screw. The stud includes a first screw coupling hole formed in an upper portion and a second screw coupling hole formed in a lower portion, and is inserted into the stud insertion hole to be fixed to the base plate. The first screw insert hole is formed at a position of the cover plate disposed over the base plate corresponding to the stud. The first screw is inserted into the first screw insert hole to be coupled to the first screw coupling hole so that the cover plate is coupled to the base plate. The second screw insert hole is formed at a position of the PCB disposed under the base plate corresponding to the stud. The second screw is inserted into the second screw hole to be coupled to the second screw coupling hole so that the PCB is coupled to the base plate. A protective cover is disposed under the base plate to cover and protect the PCB. The protective cover is also coupled to the base plate by the second screw coupled to the second screw coupling hole of the stud.
    • 使用螺柱的硬盘驱动器的耦合结构。 联接结构包括形成在基板中的螺栓插入孔,螺柱,第一螺钉插入孔,第一螺钉,第二螺钉插入孔和第二螺钉。 螺柱包括形成在上部的第一螺纹联接孔和形成在下部中的第二螺钉联接孔,并且插入到螺柱插入孔中以固定到基板。 第一螺钉插入孔形成在盖板的位于相应于螺柱的基板上的位置。 将第一螺钉插入到第一螺钉插入孔中以与第一螺钉联接孔联接,使得盖板联接到基板。 第二螺钉插入孔形成在布置在基板下方对应于螺柱的PCB的位置处。 第二螺钉插入到第二螺钉孔中以与第二螺钉联接孔联接,使得PCB联接到基板。 保护盖设置在底板下面以覆盖和保护PCB。 保护盖还通过联接到螺柱的第二螺钉联接孔的第二螺钉连接到基板。
    • 7. 发明授权
    • Coupling structure using stud
    • 联轴器结构使用螺柱
    • US08305707B2
    • 2012-11-06
    • US12186665
    • 2008-08-06
    • Yu-sung Kim
    • Yu-sung Kim
    • G11B33/14
    • G11B33/121H05K7/142
    • A coupling structure of a hard disk drive using a stud. The coupling structure includes a stud insertion hole formed in the base plate, a stud, a first screw insert hole, a first screw, a second screw insert hole, and a second screw. The stud includes a first screw coupling hole formed in an upper portion and a second screw coupling hole formed in a lower portion, and is inserted into the stud insertion hole to be fixed to the base plate. The first screw insert hole is formed at a position of the cover plate disposed over the base plate corresponding to the stud. The first screw is inserted into the first screw insert hole to be coupled to the first screw coupling hole so that the cover plate is coupled to the base plate. The second screw insert hole is formed at a position of the PCB disposed under the base plate corresponding to the stud. The second screw is inserted into the second screw hole to be coupled to the second screw coupling hole so that the PCB is coupled to the base plate. A protective cover is disposed under the base plate to cover and protect the PCB. The protective cover is also coupled to the base plate by the second screw coupled to the second screw coupling hole of the stud.
    • 使用螺柱的硬盘驱动器的耦合结构。 联接结构包括形成在基板中的螺栓插入孔,螺柱,第一螺钉插入孔,第一螺钉,第二螺钉插入孔和第二螺钉。 螺柱包括形成在上部的第一螺纹联接孔和形成在下部中的第二螺钉联接孔,并且插入到螺柱插入孔中以固定到基板。 第一螺钉插入孔形成在盖板的位于相应于螺柱的基板上的位置。 将第一螺钉插入到第一螺钉插入孔中以与第一螺钉联接孔联接,使得盖板联接到基板。 第二螺钉插入孔形成在布置在基板下方对应于螺柱的PCB的位置处。 第二螺钉插入到第二螺钉孔中以与第二螺钉联接孔联接,使得PCB联接到基板。 保护盖设置在底板下面以覆盖和保护PCB。 保护盖还通过联接到螺柱的第二螺钉联接孔的第二螺钉连接到基板。
    • 9. 发明申请
    • ACTUATOR LATCH SYSTEM OF HARD DISK DRIVE
    • 硬盘驱动器执行器锁定系统
    • US20090213500A1
    • 2009-08-27
    • US12391320
    • 2009-02-24
    • Kyung-ho KimMin-pyo HongYong-jae KimYu-sung Kim
    • Kyung-ho KimMin-pyo HongYong-jae KimYu-sung Kim
    • G11B5/54
    • G11B21/22G11B5/5569
    • An actuator latch system of a hard disk drive selectively locks in place and releases a rotatable swing arm having a front end portion supporting a magnetic head and a rear end portion on which a voice coil motor (VCM) coil is disposed. The actuator latch system includes a notch in the rear end portion of the swing arm, and a rotatable latch lever having a front end portion including a hook and a magnet. The hook is received in the notch in the rear end potion of the swing arm to arrest rotation of the swing arm in a predetermined direction. The magnet of the latch lever faces a section of the VCM coil such that when the hard disk drive is started, the latch lever is rotated by a force generated due to current flowing through the section of the VCM coil faced by the magnet and the magnetic field generated by the magnet. The rotation of the latch lever prevents the hook form interfering with the rotation of the swing arm in the predetermined direction.
    • 硬盘驱动器的致动器闩锁系统选择性地锁定就位并释放具有支撑磁头的前端部分和设置有音圈电动机(VCM)线圈的后端部分)的可旋转摆臂。 致动器闩锁系统包括在摆臂的后端部分中的凹口和可旋转的闩锁杆,其具有包括钩和磁体的前端部分。 钩子被容纳在摆臂的后端部分中的凹口中以阻止摆臂沿预定方向旋转。 闩锁杆的磁体面对VCM线圈的一部分,使得当硬盘驱动器启动时,闩锁杆由于电流流过由磁体面对的VCM线圈的部分而产生的力,并且磁 由磁体产生的磁场。 闩锁杆的旋转防止钩形式阻碍摆臂在预定方向上的旋转。
    • 10. 发明授权
    • Actuator latch mechanism and hard disk including the same
    • 执行器闩锁机构和包含相同的硬盘
    • US08111484B2
    • 2012-02-07
    • US12502246
    • 2009-07-14
    • Kyung-ho KimMin-pyo HongDongho OhYu-sung KimYong-Jae Kim
    • Kyung-ho KimMin-pyo HongDongho OhYu-sung KimYong-Jae Kim
    • G11B5/54
    • G11B5/54G11B21/22
    • An actuator latch mechanism of a hard disk drive (HDD) includes a latch lever and a magnetic latch carried by the latch lever. The latch lever is mounted to a base of the HDD so as to be rotatable and prevents an actuator arm from rotating from a position, at which a read/write head carried by the actuator arm is parked, to a read/write position at which the read/write head is located over a recording surface of a disk. A bobbin on which a VCM coil is provided extends from a rear end of the actuator arm. A permanent magnet of the VCM is fixed to the base as juxtaposed with the bobbin. The magnetic latch is carried by an arm of the latch lever and interacts with the (magnetic field generated by) the permanent magnet of the VCM to generate a net force which cause the latch lever to latch the actuator arm in place when current is not being supplied to the VCM coil, and interacts with both the (magnetic field generated by) the permanent magnet of the VCM and (the electromagnetic field generated by) the VCM coil when current is supplied to the VCM coil to produce a net force that causes the latch lever to release the actuator arm.
    • 硬盘驱动器(HDD)的致动器锁定机构包括闩锁杆和由闩锁杆承载的磁性闩锁。 闩锁杆安装到HDD的基座上以便可旋转,并且防止致动器臂从由致动器臂承载的读/写头停放的位置旋转到读/写位置,在该位置 读/写头位于盘的记录表面上。 其中设置VCM线圈的线轴从致动器臂的后端延伸。 VCM的永磁体与线轴并置固定在基座上。 磁性闩锁由闩锁杆的臂承载,并与VCM的永磁体产生的(磁场产生)相互作用,以产生一个净力,当电流不在时,锁定杆将执行器臂锁定到位 提供给VCM线圈,并且当电流被提供给VCM线圈时,与VCM的永磁体(由VCM线圈产生的电磁场)和(VCM线圈产生的电磁场)相互作用(产生的磁场)产生净力 闩锁杆释放执行器臂。