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    • 3. 发明授权
    • Tambour door customer access port
    • Tambour门客户接入口
    • US5449229A
    • 1995-09-12
    • US271720
    • 1994-07-07
    • Mike A. AschenbrennerJohn S. Todor
    • Mike A. AschenbrennerJohn S. Todor
    • B65G1/04G11B15/68G11B17/22G11B23/023G11B33/04A47B81/06
    • G11B17/225B65G1/045G11B15/6825G11B23/0236G11B33/0483
    • A Customer Access Port (CAP) for an automated storage library subsystem which comprises two sliding doors to control operator access to the library. A magazine adapted to hold several storage media cartridges is positioned inside the storage library accessible to both an operator and the robotic mechanism for exchanging storage media cartridges between the operator and the storage library. Both sliding doors are slid between two positions by manual movement of a single knob. In one position, a first door closes to prevent any operator access to the magazine as well as other components inside the library while the second door opens to permit robotic mechanisms inside the library to manipulate storage media cartridges in the magazine. In the second position, the first door opens to permit operator access to the magazine while the second door closes to restrict the operator from accessing other components such as the robotic mechanisms or inventoried storage media cartridges within the library.
    • 用于自动存储库子系统的客户访问端口(CAP),其包括两个滑动门以控制操作者访问图书馆。 适于容纳多个存储介质盒的盒子位于存储库内部,操作者和机器人机构都可以访问,用于在操作员和存储库之间交换存储介质盒。 两个滑动门通过单个旋钮的手动移动在两个位置之间滑动。 在一个位置,第一个门关闭,以防止任何操作者访问库以及库内的其他组件,同时第二个门打开以允许库内的机器人机构操纵存储介质盒。 在第二位置,第一门打开以允许操作者进入盒子,而第二门关​​闭以限制操作者访问其他部件,例如库内的机器人机构或盘存的存储介质盒。
    • 4. 发明授权
    • Damped tape head
    • 阻塞的磁带头
    • US06469860B1
    • 2002-10-22
    • US09543834
    • 2000-04-05
    • Larry R. HeddingDonald W. SelgJeffrey M. WaynikJoseph P. FalaceJohn S. Todor
    • Larry R. HeddingDonald W. SelgJeffrey M. WaynikJoseph P. FalaceJohn S. Todor
    • G11B2102
    • G11B5/584
    • The recent trend towards incorporating a higher density of data tracks on magnetic tape has necessitated more accurate mechanisms for positioning tape heads. A system for seeking tracks on a magnetic tape via a fine position adjustment system includes a carriage frame that holds a magnetic tape head. The magnetic tape head reads and writes magnetic tape as the tape passes in close proximity to the tape head. Flexures attach the carriage frame to the tape head permitting movement in a transverse direction normal to the direction of tape travel across the head while restricting movement of the tape head in a direction parallel to tape travel or in a direction normal to the tape surface. A drive mechanism moves the tape head in the transverse direction in response to a control signal. A linear tachometer provides a velocity signal based on the movement of the tape head in the transverse direction. Control logic receives a command to move the tape head in the transverse direction, generates a control signal to change the head position, and modifies the control signal to dampen tape head oscillations relative to the carriage frame based on the velocity signal.
    • 最近在磁带上集成更高密度的数据轨道的趋势需要更准确的磁头定位机构。 用于通过精细位置调整系统在磁带上寻找轨道的系统包括保持磁带头的托架框架。 磁带头在磁带通过时靠近磁头头读取和写入磁带。 弯曲将托架框架附接到磁带头,允许沿横向方向的横向方向移动,横过磁带的方向移动,同时限制磁带头沿与磁带行进平行的方向或垂直于磁带表面的方向移动。 驱动机构响应于控制信号沿着横向移动磁带头。 线性转速计基于磁头在横向上的运动提供速度信号。 控制逻辑接收用于沿横向移动磁带头的命令,产生控制信号以改变磁头位置,并且基于速度信号修改控制信号以相对于滑架来抑制磁头振荡。