Abstract:
A system for releasably mounting an electronic component in a computer system comprises an electronic component, a release mechanism, and a mounting tray. The electronic component includes two front and two back attachment members. The release mechanism is rotatably attached to the two back attachment members. The release mechanism includes a handle portion, an attachment portion, and at least one cam. The mounting tray is sized to receive the electronic component and rotatably attached release mechanism and includes four notches within which the electronic component attachment members are slidably received. The mounting tray further includes a latching mechanism and at least one leverage point, the leverage point being positioned to interact with the release mechanism cam.
Abstract:
A cassette for toolless installation and removal of an expansion card is disclosed. The cassette is provided with a detachable front plate, back plate, and side plate for substantially enclosing an expansion card. The front plate and back plate is pivotally coupled. The back plate includes horizontal and vertical zip slides, allowing the cassette to adjust to expansion cards of various sizes. A chassis is prepared for insertion of the cassette by opening a chassis top plate. The cassette is then be inserted into the chassis from a substantially horizontal approach and secured therein by a cassette coupler. A user then pivots the cassette downward, such that the conductive pins of the expansion card sequentially engage the expansion connector. The chassis top plate is then closed, securing the conductive pins of the expansion card in the expansion connector.
Abstract:
A system for installation and removal of an expansion card is disclosed. An expansion card is mounted to a cassette having a front plate and a back plate. The cassette is sized to fit within a chassis. The chassis is provided with a connector that is configured to receive a connection portion of an expansion card. The front plate inserts into the chassis and remains substantially vertically fixed after insertion. The back plate is pivotable with respect to the chassis when inserted. Once inserted, the back plate is pivoted downward to engage the contact portion of the expansion card with the connector. The back plate may be removable from the front plate to fasten expansion cards thereto. Fasteners securing the expansion card to the back plate may be adjustable.
Abstract:
An apparatus for providing multi-directional signaling interface connection of a printed circuit card within a computer chassis. In one embodiment, a blind swap cartridge carries a circuit card that includes a first signaling interface connector in the form of a PCI edge connector. The edge connector is movable via a pivot point on the cartridge in a substantially transverse direction with respect to an insertion direction of said blind swap cartridge. In accordance with the present invention, a second signaling interface connector, such as a SCSI connector, is rigidly affixed to the exterior of the blind swap cartridge. The second signaling interface connector is preferably disposed on the cartridge in an orientation such that its connection direction is substantially aligned with the blind swap cartridge insertion direction. A flexible interconnect member is preferably utilized to couple the second signaling interface connector to the circuit card.