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    • 1. 发明授权
    • Carriage for disk device
    • 运输磁盘设备
    • US07773345B2
    • 2010-08-10
    • US11820465
    • 2007-06-19
    • Takeo HayashiMasao HanyaTatsuhiko Nishida
    • Takeo HayashiMasao HanyaTatsuhiko Nishida
    • G11B5/55
    • G11B5/4833
    • A carriage for a disc device, which has a top arm, bottom arm, and mid arm, has a main mode, end arm mode, and mid arm mode as a frequency response obtained when subjected to a vertical shake. In the main mode, all of the top, bottom, and mid arms swing at a first frequency within the same phase in a primary bending mode. In an end arm mode, the top and bottom arms swing at a second frequency higher than the first frequency within opposite phases and with an amplitude larger than that of the mid arm. In the mid arm mode, the mid arm swings at a third frequency having a difference of 50 Hz or less from the second frequency within the same phase as in the main mode, and the top and bottom arms swing within the phase opposite from that in the main mode.
    • 具有顶臂,底臂和中臂的盘装置的托架具有主模式,端臂模式和中臂模式作为当受到垂直震动时获得的频率响应。 在主模式中,所有的顶部,底部和中间臂在主要弯曲模式下以相同相位内的第一频率摆动。 在端臂模式中,顶臂和底臂在相反相位内以比第一频率高的第二频率摆动,幅度大于中臂的振幅。 在中臂模式中,中臂在与主模式相同的相位内与第二频率具有不同于50Hz或更小的第三频率摆动,并且顶臂和底臂在相对于 主要模式。
    • 2. 发明申请
    • Carriage for disk device
    • 运输磁盘设备
    • US20070291416A1
    • 2007-12-20
    • US11820465
    • 2007-06-19
    • Takeo HayashiMasao HanyaTatsuhiko Nishida
    • Takeo HayashiMasao HanyaTatsuhiko Nishida
    • G11B5/54
    • G11B5/4833
    • A carriage for a disc device, which has a top arm, bottom arm, and mid arm, has a main mode, end arm mode, and mid arm mode as a frequency response obtained when subjected to a vertical shake. In the main mode, all of the top, bottom, and mid arms swing at a first frequency within the same phase in a primary bending mode. In an end arm mode, the top and bottom arms swing at a second frequency higher than the first frequency within opposite phases and with an amplitude larger than that of the mid arm. In the mid arm mode, the mid arm swings at a third frequency having a difference of 50 Hz or less from the second frequency within the same phase as in the main mode, and the top and bottom arms swing within the phase opposite from that in the main mode.
    • 具有顶臂,底臂和中臂的盘装置的托架具有主模式,端臂模式和中臂模式作为当受到垂直震动时获得的频率响应。 在主模式中,所有的顶部,底部和中间臂在主要弯曲模式下以相同相位内的第一频率摆动。 在端臂模式中,顶臂和底臂在相反相位内以比第一频率高的第二频率摆动,幅度大于中臂的振幅。 在中臂模式中,中臂在与主模式相同的相位内与第二频率具有不同于50Hz或更小的第三频率摆动,并且顶臂和底臂在相对于 主要模式。
    • 6. 发明授权
    • Suspension for disc drive
    • 悬挂磁盘驱动器
    • US06597541B2
    • 2003-07-22
    • US09817552
    • 2001-03-26
    • Tatsuhiko NishidaToshiki AndoMasao Hanya
    • Tatsuhiko NishidaToshiki AndoMasao Hanya
    • G11B2124
    • G11B5/5552
    • A suspension for disc drive comprises a load beam fitted with a flexure, an actuator base including a base plate, a hinge member thinner than the base plate, and a pair of piezoelectric ceramic elements. Each piezoelectric ceramic element is stored in an opening portion in the actuator base and fixed to the actuator base by an adhesive layer. The adhesive layer includes an electrical insulating adhesive agent and a large number of fillers of an insulating material mixed in the adhesive agent. The fillers are interposed between each piezoelectric ceramic element and the actuator base to secure a clearance for electrical insulation between the two.
    • 用于盘驱动器的悬架包括装配有弯曲部的负载梁,包括基板的致动器基座,比基板更薄的铰链部件和一对压电陶瓷元件。 每个压电陶瓷元件存储在致动器基座中的开口部分中并通过粘合剂层固定到致动器基座。 粘合剂层包括电绝缘粘合剂和大量在粘合剂中混合的绝缘材料的填料。 填充剂插入在每个压电陶瓷元件和致动器基座之间以确保两者之间的电绝缘间隙。
    • 7. 发明授权
    • Disc drive apparatus
    • 盘驱动装置
    • US07835114B2
    • 2010-11-16
    • US11825075
    • 2007-07-02
    • Masao HanyaTatsuhiko NishidaJun Soga
    • Masao HanyaTatsuhiko NishidaJun Soga
    • G11B21/21
    • G11B5/5582
    • A disc drive apparatus has a base, a disc, and a carriage. The base has a first vibration mode and a second vibration mode as reference vibration modes with respect to frequency response characteristics observed when the disc drive apparatus is shaken. The second vibration mode has a low-frequency second vibration mode (Base 2nd-1), in which a waveform peak is created on the low-frequency side, and a high-frequency second vibration mode (Base 2nd-2), in which a waveform peak is created on the high-frequency side. The two second vibration modes (Base 2nd-1 and Base 2nd-2) have a relationship such that the phase of a pivot position is inverted between them. A frequency of a first bending mode of an arm of the carriage is set in a frequency domain in a trough between the two second vibration modes.
    • 盘驱动装置具有基座,盘和支架。 基座具有第一振动模式和第二振动模式,作为相对于摇动盘驱动装置时观察到的频率响应特性的参考振动模式。 第二振动模式具有在低频侧产生波形峰值的低频第二振动模式(Base2-1)和高频第二振动模式(Base2-2),其中 在高频侧产生波形峰值。 两个第二振动模式(基础2和基础2-2)具有这样的关系,使得枢轴位置的相位在它们之间被反转。 滑架的臂的第一弯曲模式的频率被设置在两个第二振动模式之间的槽中的频域中。
    • 9. 发明申请
    • Disc drive apparatus
    • 盘驱动装置
    • US20080007873A1
    • 2008-01-10
    • US11825075
    • 2007-07-02
    • Masao HanyaTatsuhiko NishidaJun Soga
    • Masao HanyaTatsuhiko NishidaJun Soga
    • G11B5/48
    • G11B5/5582
    • A disc drive apparatus has a base, a disc, and a carriage. The base has a first vibration mode and a second vibration mode as reference vibration modes with respect to frequency response characteristics observed when the disc drive apparatus is shaken. The second vibration mode has a low-frequency second vibration mode (Base 2nd-1), in which a waveform peak is created on the low-frequency side, and a high-frequency second vibration mode (Base 2nd-2), in which a waveform peak is created on the high-frequency side. The two second vibration modes (Base 2nd-1 and Base 2nd-2) have a relationship such that the phase of a pivot position is inverted between them. A frequency of a first bending mode of an arm of the carriage is set in a frequency domain in a trough between the two second vibration modes.
    • 盘驱动装置具有基座,盘和支架。 基座具有第一振动模式和第二振动模式,作为相对于摇动盘驱动装置时观察到的频率响应特性的参考振动模式。 第二振动模式具有在低频侧产生波形峰值的低频第二振动模式(Base2-1)和高频第二振动模式(Base2-2),其中 在高频侧产生波形峰值。 两个第二振动模式(基础2和基础2-2)具有这样的关系,使得枢轴位置的相位在它们之间被反转。 滑架的臂的第一弯曲模式的频率被设置在两个第二振动模式之间的槽中的频域中。
    • 10. 发明申请
    • Head suspension and method of processing
    • 头悬挂和加工方法
    • US20060132979A1
    • 2006-06-22
    • US11312824
    • 2005-12-19
    • Norio HorieTatsuhiko NishidaMasao Hanya
    • Norio HorieTatsuhiko NishidaMasao Hanya
    • G11B5/48
    • G11B5/4826
    • A head suspension restricts deformation of a flexure caused by frictional force produced between a hard disk and a slider when the hard disk turns in a reverse direction. The head suspension has a load beam resiliently supported with a base. The base is supported with an arm that is turned around an axis. The load beam applies load onto a head having a slider to write and read data to and from the hard disk. The flexure is attached to the load beam and has a tongue that supports the slider. The flexure is provided with a limiter that limits displacement of the tongue due to frictional force produced between the hard disk and the slider when the hard disk is reversely turned. The limiter is on the base side and faces a free end of the tongue. The limiter is integrally formed from a part of the flexure, to face the free end of the tongue.
    • 磁头悬架限制当硬盘沿相反方向转动时由硬盘和滑块之间产生的摩擦力引起的挠曲变形。 磁头悬架具有弹性地支撑有底座的负载梁。 底座由围绕轴线的手臂支撑。 负载光束将负载施加到具有滑块的磁头上,以从硬盘写入数据和从硬盘读取数据。 挠曲件连接到负载梁并具有支撑滑块的舌头。 弯曲部设置有限制器,其限制当硬盘反向转动时由于硬盘和滑块之间产生的摩擦力而导致舌头的位移。 限位器在基座侧,面向舌头的自由端。 限制器由弯曲部的一部分整体形成,以面对舌头的自由端。