Sun Microsystems, Inc.

Khim H Foo

Steven J Furuta

Kenneth Kitlas

Vince P Hileman

Thanh Tran

Ken Kitlas

A tower-type computer power supply is supported from the top of the chassis by tracks so that it may be slid horizontally outward of the back of the chassis. A motherboard is vertically supported between the power supply and a vertical side of the computer. Upon sliding the power supply outwardly to a position where it is still supported by the tracks, the power supply cables may be plugged into the motherboard. When the cables are so connected, they limit outward movement of the power supply. When the power supply is moved inward, the cables are concealed behind the power supply. Outward movement also provides access to sockets on the motherboard for installation or removal of DSIMMs (such as memory cards).

Power supply attachment for tower computer enclosure

Power supply attachments for tower computer enclosure

A 'tower'-type computer has a metal frame or chassis enclosed in an ornamental plastic housing. One side of the plastic housing with an attached metal liner is detachable for access to the interior of the chassis. The upper front corner of the chassis is provided with a metallic subframe. The front of the chassis is substantially open in front of this subframe and is formed with ventilation holes below the subframe. A detachable main bezel, divided into three vertically separated sections, covers the front of the chassis. The upper section of the main bezel is substantially open but is provided with ears so that fasteners can connect the ears to the front of the chassis. A peripheral bezel snaps onto this upper section of the main bezel and is provided with three openings which are covered with removable fillers. When a filler is removed, a computer peripheral may be inserted through the peripheral bezel into tracks in a bracket installed in the subframe.

Toner-type computer housing for peripherals

A shroud attachment (10) for positioning a CPU module (14) relative to a cooling fan (12) on a motherboard (18) and within a computer chassis (24). Shroud (10) includes a vented cooling fan enclosure (11), a CPU mounting section (13), a swing clip (60), fastener mounts (63, 65) for holding captive fasteners (20, 22), which secure motherboard (18) to chassis (24) and provide electrical ground points. Side rails (56, 58) capture side edges of CPU module (14), which includes an enclosure housing (16) for directing cooling air flow past the CPU.

Module shroud attachment to motherboard

A bracket for an electronic card that is inserted into a slot of a chassis. The chassis has a pair of opposing walls with guide channels that guide the card into a motherboard. The bracket includes a pair of low friction guide rails that slide along the guide channels. Attached to the guide rails are a pair of grommet dampers which are pressed between the edges of the card and the guide channels when the card is inserted into the chassis. The grommets dampen any shock or vibrational load that is transferred from the chassis to the card. The bracket also has a pair of spring clips that are attached to the card and pressed into the guide channels to provide an electrical path between the card and the chassis. The electrical path discharges electrostatic charges on the card and provides a ground path for any electromagnetic fields generated or received by the card. The bracket further includes a lever pivotally connected to one of the guide rails. The lever has a latch that can engage the chassis to secure the card in the installed position. The lever has rounded edges and a width no greater than the thickness of the card to allow cooling air to readily flow past the card. The pivot point of the lever is located above the card so that the bracket may be assembled to cards of various lengths.

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Palo Alto, CA, United States of America

Khim H Foo