Abstract: Included are embodiments for toolless configuration of a computer enclosure. At least one embodiment of an apparatus includes a computer enclosure configured to support a plurality of components, the computer enclosure including a plurality of dividing walls, the dividing walls including a first opening and a second opening. Some embodiments include a divider configured for insertion into the computer enclosure and between the dividing walls, the divider including a first tab for coupling with the first opening, the divider including a second tab for coupling with the second opening, the divider further including a locking tab for locking the divider in place within the computer enclosure.

Abstract: An electronic device is provided which firmly holds a battery pack at the time of mounting the battery pack, and can easily eject the battery pack at the time of ejection. When a battery pack 11 is housed in a battery compartment 21, and a cover 30 is slid from an attachment start position P1 to an attachment completion position P0 to cover the battery compartment 21, a regulation member 32 disposed on a rear surface 301 of the cover 30 is engaged with a battery pack locking claw 221 of a battery pack holding member 22, which locks an upper surface 11A of the battery pack 11. As a result, the movement of the battery pack holding member 22 in a direction of disengaging the battery pack locking claw 221 is regulated so that the battery pack 11 can be surely prevented from coming off from the battery compartment 21. Also, when the cover 30 moves to the attachment start position P1, the regulation member 32 is also moved and disengaged from the battery pack locking claw 221.

Abstract: A quick lock and release mechanism is provided for securing and releasing a server or other computing asset, including a server tray, from a server rack. The server is equipped with a quick release tab that is biased to fit into an opening in the server rack. To install the server in the rack, the server is secured to the rack by aligning and inserting the quick release tab into the opening. The server can then be removed from the rack by retracting the quick release tab from the opening. The server rack may include a plurality of shelves cut out from the rack to hold multiple servers in the rack.

Abstract: A card information protection device and a finance service equipment having the same are provided. The card information protection device is arranged between a transverse card inlet and a longitudinal magnetic card information reader, and comprises a magnetic card transverse admission port. A magnetic card conveying channel is arranged between the magnetic card transverse admission port and the longitudinal magnetic card information reader. A magnetic card rotating mechanism is arranged in the magnetic card channel. The magnetic card rotating mechanism is used for rotating a transversely-inserted magnetic card to longitudinal direction in order to convey the magnetic card into the longitudinal magnetic card information reader, and rotating the longitudinal magnetic card returned by the longitudinal magnetic card information reader to transverse direction in order to convey the transverse magnetic card out.

Abstract: An electronic apparatus includes a chassis, a casing fixed in the chassis, a first resilient shielding plate and a second resilient shielding plate both made of electromagnetic radiation shielding material, and a drawer. The casing defines a receiving space. The drawer is slidably received in the receiving space. The first resilient shielding plate fits about a front end of the casing and abuts against the chassis. The second resilient shielding plate is fixed to a front end of the drawer, to abut against an inner surface of the casing bounding the receiving space.

Abstract: A hard disk drive holder includes a main body, a spindle mounted to the main body and slidable between first and second positions, a handle rotatably connected to the main body via the spindle, a hook mounted to the handle, and first and second elastic members. The handle includes a locking tongue. The handle moves between closed and opened positions relative to the main body. When the handle is at the closed position, if the spindle is slid from the first position to the second position, the locking tongue gradually extends outside from the main body. When the handle is at the closed position, if the spindle is not at the first position, the hook can hook the main body. The first elastic member biases the spindle to slide to the second position. The second elastic member biases the handle to rotate to the opened position.

Abstract: An optical disc drive is provided for being mounted in a predetermined slot of a casing of an electronic device, the slot having a mounting portion for being connected to the optical disc drive. The optical disc drive includes a main body; a transfer board having a connector for connecting the main body to the electronic device and at least one opening formed at a side of the connector; and an insulation plate disposed between the main body and the transfer board, and having at least one connecting portion for passing through the opening of the transfer board to be connected to the mounting portion of the slot of the casing, so as to fix the optical disc drive to the casing of the electronic device. The optical disc drive can easily be assembled to and disassembled from the electronic device without the need of an additional frame.

Abstract: In a disk apparatus in which either a large-diameter disk or a small-diameter disk can be loaded, a pair of detecting projections and a pair of positioning projections are provided in a disk loading path, and a pair of selection grooves are formed in a chassis. Each of the selection grooves includes a first guide groove and a second guide groove. The positioning projections operate inside the first grooves when the opposing distance between the detecting projections is increased by a small-diameter disk, and they are pressed into the second guide grooves by the peripheral edge of the large-diameter disk when the opposing distance is increased by a large-diameter disk. The small-diameter disk is positioned by the positioning projections placed in the first guide grooves, and the large-diameter disk is positioned by the positioning projections placed in the second guide grooves.

Abstract: A disk player compatible with two types of large and small diameter disks is provided. A startup arm 20 is transversely moved by a selection arm 50 turned by abutment of a side edge of a large diameter disk 14b. Then, the startup arm 20 turning together with a shift bar 17 moved to be pushed at the front edge of the disk 14b is longitudinally moved. A cam follower pin 25 is engagingly locked with a pocket 53c by a spring 24, and the startup arm 20 is constrained in cooperation with a swivel shaft 22, whereby the shift bar 17 is restricted, and the center of the large diameter disk is positioned. The small diameter disk 14a restricts the shift bar 17 by the startup arm 20 by which the cam follower pin 25 is engagingly locked with the pocket 43c by the spring 24 irrespective of the selection arm 50. The center of the small diameter disk is positioned at the same central position as that of the large diameter disk.

Abstract: A stopper structure is constructed at a lateral side of an upper cover of a disc drive housing to prevent a flying-away disc from leaving the housing. The stopper structure with a predetermined inward-angle tip can generate a lift to drive the disc away from an aperture located between the upper cover and a base tray while hitting the lateral side. Thereby, the straying disc can thus be self-locked inside the housing.

Abstract: A disk-positioning device for a slot-in optical disk drive. The device can identify the size of the optical disk inserted in the slot-in optical disk drive. The disk-positioning device includes a substrate, a positioning rod, a locking rod, a floating lever, and a sliding plate. The positioning rod is linearly movable on the substrate, and the locking rod is slidably connected to an end of the positioning rod, providing the positioning rod with a location in which to position the optical disk. The floating lever is slidably connected to the other end of the positioning rod. The sliding plate activates a disk-fixing device to fix the optical disk to a spindle of the drive.