Abstract: Disclosed is a stabilizing system for a unit having a horizontal and vertical orientation, the chassis cover including at least one wall panel incorporating a recess and a stabilizer adapted to be located in the recess, where the recess is adapted so that in a retracted position the stabilizer is substantially contained within the recess and, in an extended position, the stabilizer extends from the recess in such a way so as to stabilize the chassis when the chassis is mounted in a vertical orientation, wherein the stabilizer is moved into and locked into the extended or stabilizing position by means of a combined extension and rotation action. The stabilizing system may be used to stabilize vertically mounted computer hardware and may be constructed in a variety of ways depending on the style, design, size and type of casing which is to be supported.

Abstract: A chassis casing for a computer comprising a retractable stabilizing device adapted to be slidably inserted into the retractable position within the chassis casing is disclosed.

Abstract: A stabilizing system for a computer casing is provided which includes at least one stabilizing member pivotally attached to the computer casing at a proximal end. The stabilizing means is attached in such a way so that when the stabilizing member is in a storage configuration it is recessed flush with, or within the surface of, the computer casing. To configure it is in a stabilizing configuration it is pivoted into a position whereby it extends from the computer casing in such a way as to increase the effective footprint of the computer casing. The angle of rotation is oriented to the vertical in such a way that when the one or more stabilizing means are pivoted outwardly, the computer casing is elevated. This enhances the stability of the computer casing and allows for the circulation of air.

Abstract: A stabilizer mechanism pivotally attached to a computer casing wall includes retractable spring loaded extension arms which, in a stabilizing position, extend to increase the effective casing footprint while the retractable extension arms are in a storage position. The stabilizer is pivotable into a retraction position within the casing. The stabilizer includes a flat panel attached so its freedom of rotation is limited to support the casing in an elevated position. The retractable extension arms include a mechanism for securing them within the stabilizer. Alternatively, a removable stabilizer is stored in a recess within the casing. In the stabilizing position, the stabilizer is released from the storage recess and oriented in the stabilizing position by rotating the stabilizer until it is at right angles to its storage position. Pressing the stabilizer into the recess locks it in position to elevate the computer casing.

Abstract: A stabilizer mechanism pivotally attached to a computer casing wall includes retractable spring loaded extension arms which, in a stabilizing position, extend to increase the effective casing footprint while the retractable extension arms are in a storage position. The stabilizer is pivotable into a retraction position within the casing. The stabilizer includes a flat panel attached so its freedom of rotation is limited to support the casing in an elevated position. The retractable extension arms include a mechanism for securing them within the stabilizer. Alternatively, a removable stabilizer is stored in a recess within the casing. In the stabilizing position, the stabilizer is released from the storage recess and oriented in the stabilizing position by rotating the stabilizer until it is at right angles to its storage position. Pressing the stabilizer into the recess locks it in position to elevate the computer casing.

Abstract: A computer (10) is provided with a casing (12) which includes a component mounting system (18) for mounting a component (16) within the casing (12). The system includes a component support (22) securable to the casing (12); a plurality of posts (44,46) mounted on at least one sprung member (48), which is mounted to the support (22). The posts (44,46) are operable to be engaged in at least one associated recess in the component (16) and are movable between a component engaging position and a component non-engaging position. A slider (28) is slidable relative to the posts (44,46) and is operable to move and retain the posts (44,46) between the component engaging position and said component non-engaging position. A component can be removed and fitted into the computer (10) easily even by an untrained user.

Abstract: A latch and release mechanism releasably secures a panel in a computer housing. The mechanism includes a latch member on a panel of the housing and hole on a front chassis segment of the housing. The hole receives the latch member to secure the panel to the body. A release member applies pressure to the latch member to disengage the latch member from the hole and release the panel from the front chassis.

Abstract: A stabilizing system for a computer casing is provided which includes at least one stabilizing member pivotally attached to the computer casing at a proximal end. The stabilizing means is attached in such a way so that when the stabilizing member is in a storage configuration it is recessed flush with, or within the surface of, the computer casing. To configure it is in a stabilizing configuration it is pivoted into a position whereby it extends from the computer casing in such a way as to increase the effective footprint of the computer casing. The angle of rotation is oriented to the vertical in such a way that when the one or more stabilizing means are pivoted outwardly, the computer casing is elevated. This enhances the stability of the computer casing and allows for the circulation of air.

Abstract: A stabilizer mechanism pivotally attached to a computer casing wall includes retractable spring loaded extension arms which, in a stabilizing position, extend to increase the effective casing footprint while the retractable extension arms are in a storage position. The stabilizer is pivotable into a retraction position within the casing. The stabilizer includes a flat panel attached so its freedom of rotation is limited to support the casing in an elevated position. The retractable extension arms include a mechanism for securing them within the stabilizer. Alternatively, a removable stabilizer is stored in a recess within the casing. In the stabilizing position, the stabilizer is released from the storage recess and oriented in the stabilizing position by rotating the stabilizer until it is at right angles to its storage position. Pressing the stabilizer into the recess locks it in position to elevate the computer casing.

Abstract: The invention relates to chassis cover for a unit having a horizontal and vertical orientation, the chassis cover including at least one wall panel incorporating a recess and a stabilizer adapted to be located in the recess, where the recess is adapted so that in a retracted position the stabilizer is substantially contained within the recess and, in an extended position, the stabilizer extends from the recess in such a way so as to stabilize the chassis when the chassis is mounted in a vertical orientation, wherein the stabilizer is moved into and locked into the stabilizing position by means of a combined extension and rotation action.

Abstract: The invention relates to a chassis cover for a computer unit having a horizontal and vertical orientation in relation to a support surface, the chassis cover including:

Abstract: A mounting array for a planar photo-sensitive imaging CCPD disposed in a camera and adapted to facilitate both position-adjustment and securement of the CCPD in five senses, i.e. Left/Right, up/down, in/out, pitch angle and red angle; third array comprising a planar circuit board for receiving and carrying the CCPD; a pair of like threaded posts projected from the camera to penetrate through respective oversized holes in the board; two pairs of front/rear washers each adapted to adjustably affix the board on a respective post and so facilitate Left/Right, up/down and roll angle adjustment of the board in the oversized holes; the washer means also facilitating in/out adjustment of the board and, by differential-adjustment between both washer pairs further facilitating pitch angle adjustment.