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    • 2. 发明授权
    • Mechanical device enclosure for high performance tape drive
    • 用于高性能磁带机的机械设备外壳
    • US5659441A
    • 1997-08-19
    • US484626
    • 1995-06-07
    • Eric Alan EckbergGerald Daniel Malagrino, Jr.Brian Lee RappelThomas Donald Weller
    • Eric Alan EckbergGerald Daniel Malagrino, Jr.Brian Lee RappelThomas Donald Weller
    • G11B33/12G11B33/08
    • G11B33/08
    • A tape drive is fabricated with a chassis and a bridge. The bridge acts to support the read/write head actuator and to also define the datum surfaces for locating a mating magnetic tape cartridge. The bridge is manufactured of materials which are highly rigid and stable dimensionally. The chassis of the tape drive is fabricated from materials such as plastics which are relatively flexible and do not have the rigidity of that characterized by the bridge. The more flexible chassis of the tape drive permits the isolation of distortions and distortionary forces in the chassis and does not transmit those forces and distortions to the bridge. The effect of the two piece arrangement is that the pieces may be made relatively inexpensively and retain reliability of much more expensive materials in manufacturing processes herefore considered necessary. The electronic circuits associated with and part of the tape drive may be protected by fabricating the bridge of an electrically conductive material and grounding it to insure that the chances for electromagnetic and electrostatic discharge are minimized.
    • 一个磁带驱动器是用底盘和桥梁制造的。 桥接器用于支持读/写头致动器并且还限定用于定位配合磁带盒的基准面。 桥梁由高刚性和尺寸稳定的材料制成。 磁带驱动器的底盘由诸如塑料的材料制成,这些材料相对柔性且不具有桥的特征的刚性。 磁带驱动器的更灵活的底盘允许隔离机箱中的失真和扭曲力,并且不会将这些力和扭曲传递到桥架。 两件式布置的效果是,可以相对便宜地制造件,并且在以前认为必要的制造工艺中保持更昂贵的材料的可靠性。 可以通过制造导电材料的桥接器并将其接地来保护与磁带驱动器相关联和部分磁带驱动器的电子电路,以确保电磁和静电放电的机会最小化。
    • 5. 发明授权
    • Tape drive actuator including a one piece internally pre-loaded linear
bearing
    • 磁带驱动器执行器包括一体式内部预加载的直线轴承
    • US5644453A
    • 1997-07-01
    • US586519
    • 1996-01-16
    • Eric Alan EckbergGerald Daniel Malagrino, Jr.Brian Lee Rappel
    • Eric Alan EckbergGerald Daniel Malagrino, Jr.Brian Lee Rappel
    • G11B5/55
    • G11B5/5504
    • A tape drive system is described which incorporates a zero clearance bearing for use on a lead screw positioning system having a structure which inherently flexes or closes onto the external surfaces of the lead screw to cause a precise positioning of the lead screw axis relative to a bearing and a bearing support for the bearing. The bearing contact surfaces of the central passage of the bearing which engage the external surfaces of the lead screw are generally planar in form and thus form line contacts with the external surface of the lead screw. The disclosed tape drive system is enhanced in that the play and loose fitting parts in conventional bearing systems are eliminated, and the subject bearing will act to confine the axis of the lead screw to a fixed position relative to the carriage structure of a high density tape drive or other device utilizing a precision lead screw positioning system.
    • 描述了一种磁带驱动系统,其包括用于导螺杆定位系统的零间隙轴承,所述导螺杆定位系统具有固定地弯曲或闭合在导螺杆的外表面上的结构,以使得导螺杆轴线相对于轴承 和轴承支撑。 与导螺杆的外表面接合的轴承的中心通道的轴承接触表面的形状通常是平面的,因此与导螺杆的外表面形成线接触。 所公开的磁带驱动系统的增强在于,消除了常规轴承系统中的游隙和松散配合部件,并且主体轴承将用于将导螺杆的轴线相对于高密度带的滑架结构限制在固定位置 驱动器或其他使用精密导螺杆定位系统的设备。
    • 7. 发明授权
    • Pivot bearing having no moving parts for use in a high density data tape
drive
    • 枢轴轴承没有用于高密度数据磁带驱动器的移动部件
    • US5710681A
    • 1998-01-20
    • US586505
    • 1996-01-16
    • Eric Alan EckbergGerald Daniel Malagrino, Jr.Brian Lee Rappel
    • Eric Alan EckbergGerald Daniel Malagrino, Jr.Brian Lee Rappel
    • G11B5/55G11B5/584G11B21/02
    • G11B5/5504
    • A pivot bearing structure formed of a leaf spring is incorporated into a rocker or force transmission member which whenever mounted to a carriage of a high density data tape drive system precisely defines the pivot axis of the rocker and provides a very high degree of stiffness in a vertical plane, that plane being parallel to the recording surface of the magnetic tape. The rocker derives motion from a voice coil motor (VCM) and transmits that controlled motion to a magnetic head which is suspended for movement in a vertical plane while in contact with a length of magnetic tape upon which data is recorded or from which data is read. The movement of the magnetic head may be very precisely controlled by energizing the VCM, because the pivot axis is extremely well defined due to the stiffness in the vertical plane of the pivot bearing. Movement of the VCM coil directly translates into movement of the magnetic head. The rocker is fabricated to form a cavity or pocket exposing a portion of the leaf spring to permit the bonding of another part to the leaf spring.
    • 由板簧形成的枢转轴承结构被结合到摇臂或力传递构件中,每当安装到高密度数据磁带驱动系统的滑架上时,其可精确地限定摇臂的枢转轴线,并且提供非常高的刚度 垂直平面,该平面平行于磁带的记录表面。 摇杆从音圈电机(VCM)导出运动,并将该受控运动传输到磁头,该磁头悬挂在垂直平面中运动,同时与记录数据的数据的一段磁带或从其读取数据的磁带接触 。 由于由于枢转轴承的垂直平面中的刚度,枢转轴线非常明确地限定了磁头的运动,所以可以非常精确地控制VCM的运动。 VCM线圈的运动直接转换为磁头的运动。 制造摇杆以形成露出片簧的一部分的腔或袋,以允许另一部件与板簧的结合。