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    • 2. 发明授权
    • Robot powered pass thru port for automated cartridge library
    • 机器人电源通过端口用于自动化磁带库
    • US5836735A
    • 1998-11-17
    • US615595
    • 1996-03-13
    • Lester Marvin YeakleyJoseph Paul Manes
    • Lester Marvin YeakleyJoseph Paul Manes
    • G11B15/68B65G25/00
    • G11B15/6835
    • A pass thru port, for use in an automated cartridge library, is capable of transferring a cartridge from one module of the automated cartridge library to another module of the automated cartridge library without the use of motors or other powered devices. A transfer cell accepts and holds a cartridge to be transferred from one module to another module. A spring loaded toggle mechanism operates to hold the transfer cell at one of the modules until operation of the pass thru port is initiated. The robot arm in either one of the modules is used to depress a lever on the pass thru port. Depression of the lever loads a move spring mechanism. When the lever is released by the robot arm, the force of the move spring mechanism overcomes the force of the toggle mechanism. This causes the transfer cell, holding a cartridge, to be rotated from one module to the other module. There are no separate motors or electrical devices associated with the pass thru port.
    • 用于自动盒式存储库的通过端口能够将盒式磁带从自动盒式存储库的一个模块传送到自动盒式存储库的另一模块,而不需要使用电动机或其它动力装置。 转移单元接受并保持要从一个模块传递到另一个模块的盒。 弹簧加载的切换机构操作以将传送单元保持在其中一个模块,直到启动通过端口的操作。 任何一个模块中的机器人手臂用于按压通过端口的杠杆。 杠杆的压下装载一个移动弹簧机构。 当操纵杆被机器人臂释放时,移动弹簧机构的力克服了肘节机构的力。 这就导致转移单元,把一个盒子从一个模块旋转到另一个模块。 没有与通过端口相关联的单独的电机或电气设备。
    • 4. 发明授权
    • Method and apparatus for reducing the coupling of the reaction force from the head actuator into the track follow servo loop of a media drive
    • 用于减小来自头致动器的反作用力与介质驱动器跟踪伺服回路的跟踪的耦合的方法和装置
    • US06246549B1
    • 2001-06-12
    • US09274407
    • 1999-03-23
    • Christian Allen ToddDonovan Milo JanssenLester Marvin YeakleyFrank Goodknight
    • Christian Allen ToddDonovan Milo JanssenLester Marvin YeakleyFrank Goodknight
    • G11B555
    • G11B5/5504G11B21/086
    • The reaction force decoupling system, as implemented in a tape drive, reduces the motion that is coupled back into the tape cartridge from the reaction force that is generated by the operation of the read/write head actuator. The read/write head actuator consists of a magnet assembly which produces a large magnetic field in an annular gap and a coil of wire which operates freely in the magnetic field of the gap. The magnet assembly is mounted to the base of the drive and the coil is attached to the read/write head carriage. When current is applied to the coil, a force is produced between the coil and the magnet assembly to move the read/write head carriage. The magnet assembly is disconnected from the base of the drive and mounted on dual flexures arranged in a four bar linkage parallel guide arrangement. The reaction forces that are generated by the operation of the read/write head actuator must deflect the flexures to apply a load to the base of the drive. As the flexures are deflected, the magnet assembly is guided to remain coaxial with the coil. At low frequencies, the same reaction force is still applied to the base of the drive through this apparatus but above the resonant frequency of this apparatus, the reaction forces are attenuated with the result that the servo loop instability is reduced.
    • 如在带驱动器中实现的反作用力解耦系统减少了由通过读/写头致动器的操作产生的反作用力而耦合回到带盒中的运动。 读/写头致动器由在环形间隙中产生大的磁场的磁体组件和在间隙的磁场中自由操作的线圈组成。 磁体组件安装在驱动器的底座上,线圈连接到读/写头托架。 当电流施加到线圈时,在线圈和磁体组件之间产生力以移动读/写头托架。 磁体组件与驱动器的基座分离,并安装在布置在四杆连杆平行导轨装置中的双挠性件上。 由读/写头致动器的操作产生的反作用力必须使挠曲件偏转以将负载施加到驱动器的底座。 当挠曲件偏转时,磁体组件被引导以保持与线圈同轴。 在低频时,相同的反作用力仍然通过该装置施加到驱动器的基座上,但高于该装置的谐振频率,反作用力被衰减,结果是伺服回路的不稳定性降低。