Abstract: A panel drive apparatus that requires no special mechanism inside a device body and that can be easily mounted on the device body. One end of an arm 330 is rotatably joined to a mounting plate 310 that can be mounted on the device. The other end of the arm 330 is rotatably joined to a panel 100. The mounting plate 310 has a fan-shaped fixed gear 320. A panel gear 350, which is a spur gear, is fixed to the panel 100. The arm 330 has an idle gear 340 that is provided between the fixed gear 320 and panel gear 350 so as to be engaged with the respective gears and that can be rotated by a drive mechanism 200.

Abstract: To provide a disk device, which can reliably lead and house a disk into a disk housing section requiring only a small space. The disk device is provided with: a pick arm 130 which swings and inserts a drive unit for playing a disk D into a space created by splitting a plurality of trays 250; and a loading arm 256 which can move between a leading position for abutting on the disk D inserted/ejected with respect to the tray 250 and leading the disk D, and a withdrawing position for withdrawing from the disk to be played. A pick swing cam plate 138, which controls the drive of the pick arm 130 and the loading arm 256, is provided so as to be slidingly moved by a drive mechanism.

Abstract: A disk selecting device for storing a plurality of disks that can be separated to provide a space for receiving a disk drive unit to play a selected disk within the disk selecting device. A plurality of trays are mounted within the disk selecting device including a drum cam that can be rotated by a drum gear driven by a drive mechanism so that a disk selecting cam groove does not contact those trays that do not contain the disk to be selected for playing whereby a sufficient space is provided to drive the selected disk.

Abstract: To provide a floating lock device which can smoothly and continuously perform an operation of swinging-in and swinging-out a drive unit and switching between a floating state and lock state with a reduced space and simple configuration. The floating lock device comprises: a pick arm 130 which can be swung into and swung out of a space created by splitting trays 250 capable of housing a plurality of disks D; a drive chassis 120 which is mounted on the pick arm 130 and which has a drive unit playing the disk D; a drive mechanism which drives the pick arm 130; a floating lock mechanism of the drive chassis 120; a turning table 123 on which the disk D is mounted; and a control plate 136 which transmits drive power of the drive mechanism to the floating lock mechanism.

Abstract: To provide a disk clamping device which can reduce a required space for performing disk clamping in the disk device. The disk clamping device comprises: a pick arm 130 which is swung into and swung out of a space created by splitting trays 250 capable of housing a plurality of disks D; a drive unit which is mounted on the pick arm 130 and plays the disk D; a turning table 123 on which the disk D is mounted; a clamp arm 124 provided so as to be able to move up and down in substantially parallel with the disk D; and a clamper 125 which is attached to the clamp arm 124 and holds the disk D with the turning table 123.

Abstract: A panel drive apparatus that requires no special mechanism inside a device body and that can be easily mounted on the device body. One end of an arm 330 is rotatably joined to a mounting plate 310 that can be mounted on the device. The other end of the arm 330 is rotatably joined to a panel 100. The mounting plate 310 has a fan-shaped fixed gear 320. A panel gear 350, which is a spur gear, is fixed to the panel 100. The arm 330 has an idle gear 340 that is provided between the fixed gear 320 and panel gear 350 so as to be engaged with the respective gears and that can be rotated by a drive mechanism 200.

Abstract: To provide a disk selecting device and disk device which require only a small space and can prevent an erroneous selection of disks.

Abstract: There are provided: an optical pickup feed mechanism (12) that detects a disk signal; a disk loading mechanism (11) that feeds a disk D by means of a loading roller (11b) that is driven by a loading motor (11a); a mechanism control section (20) that controls drive of the loading motor (11a); and an authentication control section (30) that authenticates the authorized user and outputs a disk ejection instruction to the mechanism control section (20) if the registered password and disk ejection instruction are input. The authentication control section (30) is provided with a time setting section (36) that stores a set time length in memory (32), a timer (37) that measures time, and a time decision section (38) that determines lapse of the set time length in accordance with the time length stored in the memory section (32) and the time measured by the timer (37).

Abstract: To provide a floating lock device which can smoothly and continuously perform an operation of swinging-in and swinging-out a drive unit and switching between a floating state and lock state with a reduced space and simple configuration. The floating lock device comprises: a pick arm 130 which can be swung into and swung out of a space created by splitting trays 250 capable of housing a plurality of disks D; a drive chassis 120 which is mounted on the pick arm 130 and which has a drive unit playing the disk D; a drive mechanism which drives the pick arm 130; a floating lock mechanism of the drive chassis 120; a turning table 123 on which the disk D is mounted; and a control plate 136 which transmits drive power of the drive mechanism to the floating lock mechanism.

Abstract: To provide a disk device, which can reliably lead and house a disk into a disk housing section requiring only a small space. The disk device is provided with: a pick arm 130 which swings and inserts a drive unit for playing a disk D into a space created by splitting a plurality of trays 250; and a loading arm 256 which can move between a leading position for abutting on the disk D inserted/ejected with respect to the tray 250 and leading the disk D, and a withdrawing position for withdrawing from the disk to be played. A pick swing cam plate 138, which controls the drive of the pick arm 130 and the loading arm 256, is provided so as to be slidingly moved by a drive mechanism.

Abstract: To provide a disk clamping device which can reduce a required space for performing disk clamping in the disk device. The disk clamping device comprises: a pick arm 130 which is swung into and swung out of a space created by splitting trays 250 capable of housing a plurality of disks D; a drive unit which is mounted on the pick arm 130 and plays the disk D; a turning table 123 on which the disk D is mounted; a clamp arm 124 provided so as to be able to move up and down in substantially parallel with the disk D; and a clamper 125 which is attached to the clamp arm 124 and holds the disk D with the turning table 123.

Abstract: In a hard disk unit, a disassembling and assembling unit disassembles and assembles data in accordance with the size of data to be written from host equipment to the hard disk unit and a sector size and a cluster size as a unit to be read or written. An encoder performs predetermined arithmetic operation to generate a specific bit string as an encoding key based on at least the identification information on the host equipment or on a CPU of the host equipment, and encodes the write data by using the encoding key. The encoding process is performed by flipping bits having a predetermined correspondence with the contents of the encoding.

Abstract: There are provided: an optical pickup feed mechanism (12) that detects a disk signal; a disk loading mechanism (11) that feeds a disk D by means of a loading roller (11b) that is driven by a loading motor (11a); a mechanism control section (20) that controls drive of the loading motor (11a); and an authentication control section (30) that authenticates the authorized user and outputs a disk ejection instruction to the mechanism control section (20) if the registered password and disk ejection instruction are input.

Abstract: In a hard disk unit, a disassembling and assembling unit disassembles and assembles data in accordance with the size of data to be written from host equipment to the hard disk unit and a sector size and a cluster size as a unit to be read or written. An encoder performs predetermined arithmetic operation to generate a specific bit string as an encoding key based on at least the identification information on the host equipment or on a CPU of the host equipment, and encodes the write data by using the encoding key. The encoding process is performed by flipping bits having a predetermined correspondence with the contents of the encoding.

Abstract: There are provided: an optical pickup feed mechanism (12) that detects a disk signal; a disk loading mechanism (11) that feeds a disk D by means of a loading roller (11b) that is driven by a loading motor (11a); a mechanism control section (20) that controls drive of the loading motor (11a); and an authentication control section (30) that authenticates the authorized user and outputs a disk ejection instruction to the mechanism control section (20) if the registered password and disk ejection instruction are input.

Abstract: There are provided: an optical pickup feed mechanism (12) that detects a disk signal; a disk loading mechanism (11) that feeds a disk D by means of a loading roller (11b) that is driven by a loading motor (11a); a mechanism control section (20) that controls drive of the loading motor (11a); and an authentication control section (30) that authenticates the authorized user and outputs a disk ejection instruction to the mechanism control section (20) if the registered password and disk ejection instruction are input. The authentication control section (30) is provided with a time setting section (36) that stores a set time length in memory (32), a timer (37) that measures time, and a time decision section (38) that determines lapse of the set time length in accordance with the time length stored in the memory section (32) and the time measured by the timer (37).

Abstract: A tilt adjusting apparatus for a disk drive including a support plate which is fixed to a drive plate, and a skew plate which is fixed to a spindle motor, wherein the support plate and the skew plate is attached to each other with guide screws. The skew plate is tiltably supported by the support plate with the use of helical compression springs. The skew plate has bulged portions which abut on gradient portions formed on support plate. The skew plate also has grooves for receiving guide pins which are fixed to the support plate. An adjuster screw applies force to the skew plate in a tangential direction which is perpendicular to the tracking direction of the optical pickup, and thus performs a tilt adjustment in the tangential direction.

Abstract: A motor driven ejection system responsive to control signals so as to allow the insertion and/or ejection of a card under computer automatic control. The ejection system has a motor responsive to control signals to cause forward/reverse movements of the motor or render the motor stationary, so that the insertion and the ejection of a card is completely dominated by a computer and not susceptible to any operator interaction that might otherwise damage or distort information on the card.

Abstract: A card (12) is inserted by pushing against a rubber roller (44) at the leading end of the card (12). The action of the rubber roller (44) pivots an actuation lever (24) to actuate a switch (36), which, in turn, starts a motor (16). The card (12) is moved inwardly by the rotation of the rubber roller (44) thereby pushing the card against support legs (62) causing a pinion (58) to engage with a rack (56) mounted on a card holder (48). The card holder (48) then holds the card (12) and is driven by the pinion (58) causing hook portions (84a, 84b) of pushing arms (72a, 72b) to engage the trailing edge (12b) of the card (12) thereby connecting the card (12) with contact pins (22) of an electrical connector (20) by pushing the card at its trailing edge.

Abstract: A data processing device having a shutter opening and closing mechanism which operates within a path along which a minidisk MD moves to open a shutter only when it is necessary to open the shutter of the MD. A change-over mechanism for diverting the drive force for loading cassettes to the shutter opening and closing mechanism. A recording medium pushing mechanism is arranged to stop a recording medium from being taken out of the magazine to the carrier when there is a recording medium in the carrier. A recording medium take-in/eject mechanism able to reduce the space occupied, and a carrier mechanism which improves the working efficiency during assembly. This makes it possible to provide a data processing device with improved operating properties.