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    • 3. 发明授权
    • Hard disk drive with aerodynamic diffuser, contraction, and fairing for disk base and re-acceleration drag reduction
    • 具有气动扩散器,收缩和整流罩的硬盘驱动器,用于磁盘基座和重新加速减阻
    • US07158342B2
    • 2007-01-02
    • US10644172
    • 2003-08-20
    • Andre Sirilutporn ChanFerdinand Hendriks
    • Andre Sirilutporn ChanFerdinand Hendriks
    • G11B33/14
    • G11B33/142G11B5/012G11B5/6005G11B33/148G11B33/1486
    • A device streamlines air flow inside a hard disk drive with a stationary afterbody that is located adjacent to each of the disks. The device gradually expands the air flow so that the speed of the air flow gradually decreases while pressure increases. This design reduces losses in system momentum due to sudden expansion of the air in the drive. In addition, air flow moving toward the disk pack may be contracted to allow efficient energy conversion from pressure energy to kinetic energy prior to merging of the bypass air flow with the air flow among the disks. The device has a comb-like structure that is offset from the disk pack in the radial direction. The structure fulfills an aerodynamic function, reduces track misregistration, lowers overall aerodynamic dissipation, and fulfills a filtration function.
    • 一个设备简化了硬盘驱动器内的空气流,其中固定后置体位于与每个磁盘相邻的位置。 该装置逐渐扩大空气流,使得气流的速度在压力增加时逐渐减小。 该设计减少了由于驱动器中的空气突然膨胀而导致的系统动量损失。 此外,朝向磁盘组移动的空气流可能收缩,以便在旁路气流与盘之间的空气流合并之前,从压力能量到动能的有效能量转换。 该装置具有梳状结构,其在径向方向上从盘组偏移。 该结构实现了空气动力学功能,减少了轨迹配准错误,降低了整体空气动力学耗散,并实现了过滤功能。
    • 4. 发明授权
    • Aerodynamic diffuser, contraction, and fairing for disk base and re-acceleration drag reduction in hard disk drives
    • 用于磁盘基座的气动扩散器,收缩和整流罩以及硬盘驱动器中的重新加速减阻
    • US07123439B2
    • 2006-10-17
    • US10644706
    • 2003-08-20
    • Andre Sirilutporn ChanFerdinand Hendriks
    • Andre Sirilutporn ChanFerdinand Hendriks
    • G11B33/14
    • G11B5/6005
    • A device streamlines air flow inside a hard disk drive with a stationary afterbody that is located adjacent to the disks. The device gradually expands the air flow so that the speed of the air flow gradually decreases while pressure increases. This design reduces losses in system momentum due to sudden expansion of the air in the drive. In addition, air flow moving toward the disk pack may be contracted to allow efficient energy conversion from pressure energy to kinetic energy prior to merging of the bypass air flow with the air flow among the disks. The device has a comb-like structure that is offset slightly from the spinning disk pack in the radial direction. The structure fulfills an aerodynamic function, reduces track misregistration, lowers overall aerodynamic dissipation and fulfills a filtration function.
    • 一个设备简化了硬盘驱动器内的空气流动,其中固定的后置体位于与磁盘相邻的位置。 该装置逐渐扩大空气流,使得气流的速度在压力增加时逐渐减小。 该设计减少了由于驱动器中的空气突然膨胀而导致的系统动量损失。 此外,朝向磁盘组移动的空气流可能收缩,以便在旁路气流与盘之间的空气流合并之前,从压力能量到动能的有效能量转换。 该装置具有梳状结构,其在径向方向上与旋转盘组稍微偏移。 该结构实现了空气动力学功能,减少了轨迹配准错误,降低了整体空气动力学耗散,并实现了过滤功能。