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A server cabinet assembly includes a number of chassis arranged on a floor in a row, a sliding rail mounted on the floor, a sliding plate slidably supported on the rail, and a supporting frame to accommodate servers. Each chassis includes a bottom wall defining a pair of sliding slots perpendicular

A server cabinet assembly includes a number of chassis arranged on a floor in a row, a sliding rail mounted on the floor, a sliding plate slidably supported on the rail, and a supporting frame to accommodate servers. Each chassis includes a bottom wall defining a pair of sliding slots perpendicular to the sliding rail. The sliding plate defines a pair of slots in a top surface thereof. The supporting frame includes a bottom plate, and a number of rollers mounted to the bottom plate. When the sliding plate is slid along the rail to one of the chassis, and the slots of the sliding plate align with the sliding slots of the one of the chassis, the rollers slide on the slots of the sliding plate and the sliding slots of the chassis to move the supporting frame in or out of the chassis.

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1. A server cabinet comprising: a chassis arranged on a floor, and comprising a bottom wall supported on the floor, and a pair of sliding slots defined in a top surface of the bottom wall; anda supporting frame to accommodate a plurality of servers, the supporting frame slidably received in the chas

1. A server cabinet comprising: a chassis arranged on a floor, and comprising a bottom wall supported on the floor, and a pair of sliding slots defined in a top surface of the bottom wall; anda supporting frame to accommodate a plurality of servers, the supporting frame slidably received in the chassis, and comprising a bottom plate, wherein a plurality of rollers is mounted to the bottom plate, and the rollers are rotatable in the sliding slots to readily install or remove the supporting frame in or from the chassis;wherein the bottom wall of the chassis is rectangular, two pairs of supporting poles perpendicularly extend up from two opposite side of the bottom wall; the bottom plate of the supporting frame is rectangular, two pairs of fixing poles perpendicularly extend up from two opposite sides of the bottom plate, a rail is attached to one pair of the two pairs of supporting poles, and a connecting bar is attached to one pair of the two pairs of fixing poles to be slidably received in the rail. 2. The server cabinet of claim 1, wherein an end of the rail defines a screw hole, an end of the connecting bar defines a fastening hole, and a screw extends through the fastening hole, to be screwed into the screw hole. 3. The server cabinet of claim 1, wherein of the bottom wall defines a screw hole, an end of the bottom plate defines a through hole, and a screw extends through the through hole, to be screwed into the screw hole. 4. A server cabinet assembly comprising: a plurality of chassis arranged on a floor in a row, wherein each of the chassis comprises a bottom wall defining a pair of sliding slots;a sliding rail mounted on the floor perpendicular to an extending direction of the sliding slots of each of the chassis;a sliding plate slidably supported on the sliding rail, the sliding plate defining a pair of slots in a top surface thereof; anda supporting frame to accommodate a plurality of servers, the supporting frame comprising a bottom plate, and a plurality of rollers mounted to the bottom plate; wherein when the sliding plate is slid along the sliding rail to one of the chassis, and the slots of the sliding plate align with the sliding slots of the one of the chassis, the rollers slide on the slots of the sliding, plate and the sliding slots of the chassis to move the supporting frame in or out of the chassis. 5. The server cabinet assembly of claim 4, wherein the bottom wall of the chassis is rectangular, two pairs of supporting poles perpendicularly extend up from two opposite sides of the bottom wall, the bottom plate of the supporting, frame is rectangular, two pairs of fixing poles perpendicularly extend up from two opposite sides of the bottom plate, a guiding rail is attached to one pair of the two pairs of supporting poles, and a connecting bar is attached to one pair of the two pairs of fixing poles to be slidably received in the guiding rail. 6. The server cabinet assembly of claim 5, wherein an end of the guiding rail defines a screw hole, an end of the connecting bar defines a fastening hole, and a screw extends through the fastening hole, to be screwed into the screw hole. 7. The server cabinet assembly of claim 4, wherein an end of the bottom wall defines a screw hole, an end of the bottom plate defines a through hole, and a screw extends through the through hole, to be screwed into the screw hole.