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    • 21. 发明授权
    • Recycling apparatus
    • 回收设备
    • US4248334A
    • 1981-02-03
    • US886333
    • 1978-03-13
    • C. John HanleyFrank Morris
    • C. John HanleyFrank Morris
    • G07F7/06
    • G07F7/0609Y10S100/902
    • A recycling apparatus and method for accepting the return of selected types of used containers and for dispensing compensation for the deposit in the apparatus of an approved type of container. A returned container is placed into a depository in the apparatus wherein a scanner reads code markings on the container. If the code indicates the container is of an acceptable type, the container is deposited in a storage receptacle within which the containers are periodically compacted. The customer has the option of selecting compensation from the apparatus of either a given amount of money or a chit worth more than the given amount which may be credited towards the purchase of select products.
    • 一种回收设备和方法,用于接收所选类型的二手容器的返回并用于分配对批准类型的容器的设备中的沉积物的补偿。 返回的容器被放置在设备中的存放处,其中扫描仪读取容器上的代码标记。 如果代码表示容器是可接受的类型,则容器被放置在容器周期性地压实的容器中。 客户可以选择从设备中获得任何给定金额的金额,或者选择可能被用于购买精选产品的额定值。
    • 25. 发明申请
    • Method and apparatus reducing off track head motion due to disk vibration in a hard disk drive
    • 方法和装置减少由于硬盘驱动器中的盘振动导致的轨道头运动
    • US20050270698A1
    • 2005-12-08
    • US10861597
    • 2004-06-04
    • Dong-Ho OhSeong-Woo KangHaeng-Soo LeeFrank MorrisMomo BoljanovicYoung-Hoon Kim
    • Dong-Ho OhSeong-Woo KangHaeng-Soo LeeFrank MorrisMomo BoljanovicYoung-Hoon Kim
    • G11B5/48G11B5/60
    • G11B5/4826
    • The invention includes sliders provided with indented surfaces, reducing the roll center for head gimbal assemblies below the effective thickness of the slider. Head gimbal assemblies built with these sliders may reduce off-track displacements induced by disk vibration. The load beam gimbal may contact the indented surface, creating a slider roll center less than the slider thickness. Alternatively, the sliders may include a slider contact cover interfacing to the load beam forming the gimbal. The slider contact covers may couple with the slider through an indented surface located closer than the slider thickness. These may have a negative slider roll center. The invention includes actuator arms, actuator assemblies, and hard disk drives including these head gimbal assemblies. The invention includes making the invention's sliders, head gimbal assemblies, actuator arms, actuator assemblies, and hard disk drives. The invention includes the products of these processes.
    • 本发明包括设置有凹入表面的滑块,将头万向架组件的滚动中心减小到低于滑块的有效厚度。 使用这些滑块构建的头万向节组件可能会减少由磁盘振动引起的离轨位移。 负载梁万向架可以接触凹槽表面,产生小于滑块厚度的滑块中心。 或者,滑块可以包括与形成万向节的负载梁接合的滑块接触盖。 滑块接触盖可以通过位于比滑块厚度更靠近的凹入表面与滑块相连。 这些可能具有负滑块滚动中心。 本发明包括致动器臂,致动器组件和包括这些头万向架组件的硬盘驱动器。 本发明包括制造本发明的滑块,头万向架组件,致动器臂,致动器组件和硬盘驱动器。 本发明包括这些方法的产物。
    • 26. 发明授权
    • Disk cartridge with anti-rattle mechanism
    • 磁盘盒带反拨机构
    • US06243231B1
    • 2001-06-05
    • US08978290
    • 1997-11-25
    • Frank MorrisHans Tannert
    • Frank MorrisHans Tannert
    • G11B2303
    • G11B23/0307G11B23/0308G11B33/08
    • An anti-rattle mechanism for a disk cartridge addressing the problems of particulate generation which occur in disk cartridges when a disk assembly moves around inside the cartridge contacting the cartridge walls. The anti-rattle mechanism includes an anti-rattle ring which is movable by a cam surface between a clamping position and a released position. When the disk cartridge is outside of a disk drive, the anti-rattle mechanism is in a clamping position to completely or partially captivate the disk assembly within the cartridge. As the disk cartridge is inserted into the disk drive, the anti-rattle mechanism moves to a released configuration where a disk is freely rotatable within the cartridge. The anti-rattle mechanism is moved between the clamping position and the released position by rotation of a movable door.
    • 一种用于磁盘盒的防拨打机构,用于解决当盘组件在与盒壁接触的盒内移动时在盘盒中发生的颗粒物产生问题。 防咔tle机构包括防撞环,其可通过在夹紧位置和释放位置之间的凸轮表面移动。 当磁盘盒位于磁盘驱动器的外部时,防拨打机构处于夹紧位置,以完全或部分地吸引磁盘盒内的磁盘组件。 当盘盒插入到磁盘驱动器中时,防拨打机构移动到释放配置,其中盘可以在盒内自由旋转。 防拨打机构通过可动门的旋转在夹紧位置和释放位置之间移动。