Abstract: An adapter bracket is configured for mounting a relatively small electronic device, such as a 3½-inch drive device in a bay within a frame structure configured for mounting a relatively large electronic device, such as a 5¼-inch drive device. The relatively small electronic device is mounted either by means of screws extending upward through the bracket into holes within the lower surface of the small drive device, or by means of screws extending through elastomeric grommets, mounted within the adapter bracket, into holes within the sides of the small drive device. The adapter bracket also includes sidewalls that are mounted within the bay in the manner of a standard version of the relatively large electronic device.

Abstract: An adapter bracket is configured for mounting a relatively small electronic device, such as a 3½-inch drive device in a bay within a frame structure configured for mounting a relatively large electronic device, such as a 5¼-inch drive device. The relatively small electronic device is mounted either by means of screws extending upward through the bracket into holes within the lower surface of the small drive device, or by means of screws extending through elastomeric grommets, mounted within the adapter bracket, into holes within the sides of the small drive device. The adapter bracket also includes sidewalls that are mounted within the bay in the manner of a standard version of the relatively large electronic device.

Abstract: A computing system includes a number of circuit cards fastened by brackets to a slotted panel, which has slots allowing the attachment of external cables to the circuit cards. Electrical grounding between the slotted panel and the brackets is achieved through the use of a conductive gasket extending along an inner surface of the slotted panel. The conductive gasket includes a central web, a number of contact bumps extending from the central web to the slotted panel, and a number of contact bumps extending from the central web to the brackets. Contact bumps thus extending in opposite directions are placed in alternating positions along the central web, so that the central web is deflected as the contact gasket is compressed.

Abstract: A computing system includes a number of circuit cards fastened by brackets to a slotted panel, which has slots allowing the attachment of external cables to the circuit cards. Electrical grounding between the slotted panel and the brackets is achieved through the use of a conductive gasket extending along an inner surface of the slotted panel. The conductive gasket includes a central web, a number of contact bumps extending from the central web to the slotted panel, and a number of contact bumps extending from the central web to the brackets. Contact bumps thus extending in opposite directions are placed in alternating positions along the central web, so that the central web is deflected as the contact gasket is compressed.

Abstract: A blank for closing an input/output slot in the rear panel of a personal computer has an elongated body with a tab on one end and a flange on an opposite end. The body also has a large elliptical dome that protrudes rearward. A set of spring fingers extend along each side of the dome. The blank is installed in one of the input/output slots by first inserting the tab into a pocket below the slot. The dome is then pivoted into the slot until the fingers snap onto a pair of upright edges that define the slot. The blank is removed from the slot by pushing the dome in the opposite direction out of slot to overcome the flexible retention force provided by the fingers.

Abstract: A system and method of mounting components to a frame, such as a disk drive in the mounting frame of a personal computer shaped to receive the disk drive in a releasable fashion within the frame. A tubular spring member with a z-shaped base and outwardly-extending legs is made of a spring steel and formed with flattened leg ends fits within holes in the component to secure the component to a guide member, with the guide member mounted within the mounting frame. The disk drive component with the guide member secured by the Z-spring slides into a slot on the frame of the personal computer and is secured in place to provide a releasable assembly for replacement of the disk drive as desired.