Abstract:
A disk clamp for clamping a plurality of disks within a disk drive has a single fastening hole located at its symmetrical center sized to pass the shaft of a screw having a head diameter larger than the fastening hole. The screw fastens the disk clamp to a motor hub supporting the plurality of disks. The disk clamp has a moat around the fastening hole, at a maximum diameter that is smaller than the head diameter of the head on the fastening screw. The moat may be circular, have spike trenches angled toward the fastening hole, or be spiral. The diameter of the spiral moat decreases in a clockwise or counterclockwise direction toward the fastening hole. The midsection of the disk which the screw head covers is biased at a negative angle toward the fastening hole forcing particles generated during assembly toward the fastening hole of the disk clamp.
Abstract:
A holding mechanism is operable to hold a top medium from a plurality of plate-shaped media accommodated in a stacker in a stacked manner. A transport arm supports the holding mechanism. When the lift mechanism lifts down the transport arm, one of a first elastic pressing force and a second elastic pressing force greater than the first elastic pressing force is selectively applied from the holding mechanism to an upper surface of the top medium.
Abstract:
A holding mechanism is operable to hold a top medium from a plurality of plate-shaped media accommodated in a stacker in a stacked manner. A transport arm supports the holding mechanism. The transport arm is provided with a separation mechanism operable to separate a second medium positioned just below the top medium which is held by the holding mechanism.
Abstract:
In an archive device which has a disc storing case which stores a plurality of discs, a disc writing/reading unit having an ODD, and a disc conveying unit which conveys each of the discs between both, the fixing strength for a drive fixer to be incorporated to fix the ODD can be increased. The archive device includes holding members which fix surfaces of the ODD in a direction parallel to a direction in which the disc is delivered and received between the disc conveying unit and the ODD, one of the holding members integrally including a detecting member which detects a relative position of the disc storing case with respect to the ODD. The holding members for the surfaces of the ODD may be individual components, and may be integrally formed.
Abstract:
A holding mechanism is operable to hold a top medium from a plurality of plate-shaped media accommodated in a stacker in a stacked manner. A transport arm supports the holding mechanism. When the lift mechanism lifts down the transport arm, one of a first elastic pressing force and a second elastic pressing force greater than the first elastic pressing force is selectively applied from the holding mechanism to an upper surface of the top medium.
Abstract:
A disk drive includes a spindle motor attached to a disk drive base. The spindle motor includes a hub that rotates about a spindle rotation axis. An annular disk is mounted on the hub. A clamp is attached to the hub. The clamp has a body portion that is stamped from a metal sheet. The clamp also includes an annular rib that protrudes from the stamped sheet metal body portion towards the annular disk. The annular rib includes an annular contact surface that may be lapped to enhance flatness and that contacts the annular disk. The annular rib also includes inner and outer side walls that are each normal to the annular contact surface.
Abstract:
A disk device configured in such a manner that, in addition to tilt adjustment, the adjustment of the distance between a disk and an optical pickup can be easily performed. The disk device is provided with a stepping motor (23) for moving the optical pickup (5), a base chassis (2) to which a spindle motor (3) for rotating a turntable on which a disk (1) is affixed is mounted so as to be adjustable in position, a guide shaft (6) provided to the base chassis (2) so as to extend in the radial direction of the disk and guiding the movement of the optical pickup (5) by being in contact with a portion of the optical pickup (5), a sub guide shaft (7) provided to the base chassis (2) and guiding the movement of the optical pickup (5), a tilt adjusting section (300) for adjusting the relative distance between the sub guide shaft (7) and the base chassis (2), and a turntable adjusting section (200) for adjusting the radial angle, the tangential angle, and the height of the spindle motor (3) relative to the base chassis (2).
Abstract:
A memory storage disk handling system includes a housing, an elevator pin mounted on the housing for lifting disks, a servo motor with a cam arm. The servo motor rotates to pivot the cam arm, which cams against the elevator pin to lift the elevator pin.
Abstract:
A holding mechanism is operable to hold a top medium from a plurality of plate-shaped media accommodated in a stacker in a stacked manner. A transport arm supports the holding mechanism. The transport arm is provided with a separation mechanism operable to separate a second medium positioned just below the top medium which is held by the holding mechanism.
Abstract:
A disk clamp for securing data storage disks to the hub of a spindle motor in a hard disk drive has a circumferential rib protruding from a lower surface of the disk clamp. A complementary recess is formed in the hub of the spindle motor for closely receiving the rib on the disk clamp. The inner diameter of the rib and the outer diameter of the recess are closely toleranced to provide a very precise centering feature for mounting and aligning the disk clamp with respect to the hub and spindle motor. This design reduces the complexity of the tooling and fixtures required to complete the assembly and the overall part cost is reduced.