An adjustable-length shelf system attached to a telescoping rod assembly formed by two hollow tubes, allowing this rod to house a chosen tension mechanism, so that the shelf can then be secured between two supports. The shelf system consists of the main shelf piece attached to the first hollow tube,
An adjustable-length shelf system attached to a telescoping rod assembly formed by two hollow tubes, allowing this rod to house a chosen tension mechanism, so that the shelf can then be secured between two supports. The shelf system consists of the main shelf piece attached to the first hollow tube, a telescoping section of shelf not attached but slidably overlaying and fitting within the main shelf piece, and a shelf bracket attached to the end of the second hollow tube. In the closed position, with the telescoping section positioned into the main shelf piece, the rod is extended to fit in a given space between two supports. Once the rod is installed, the telescoping section is extended and secured to the bracket.
대표청구항▼
An adjustable-length shelf system attached to a telescoping rod assembly formed by two hollow tubes, allowing this rod to house a chosen tension mechanism, so that the shelf can then be secured between two supports. The shelf system consists of the main shelf piece attached to the first hollow tube,
An adjustable-length shelf system attached to a telescoping rod assembly formed by two hollow tubes, allowing this rod to house a chosen tension mechanism, so that the shelf can then be secured between two supports. The shelf system consists of the main shelf piece attached to the first hollow tube, a telescoping section of shelf not attached but slidably overlaying and fitting within the main shelf piece, and a shelf bracket attached to the end of the second hollow tube. In the closed position, with the telescoping section positioned into the main shelf piece, the rod is extended to fit in a given space between two supports. Once the rod is installed, the telescoping section is extended and secured to the bracket. cessing apparatus on said placing stage, and one of the stages of said moving structure which stage is level with said one of said placing stages of said vertical installation structure comprises second crossbeams on which the information processing apparatus is to be set, each of said second crossbeams and one of said first crossbeams being aligned when said moving structure is located at a predetermined position, the information processing apparatus being transferred from said second crossbeams of said moving structure to said first crossbeams of said vertical installation system. 3. The vertical installation system as claimed in claim 2, wherein each of said first crossbeams comprises a stopper mechanism provided at an end thereof, said stopper mechanism adapted to stop the information processing apparatus transferred from said second crossbeams. 4. A vertical installation system comprising: two vertical installation structures arranged parallel to each other on opposite sides of an alley and each extending in a longitudinal direction, each of said two vertical installation structures comprising: placing stages on which information processing apparatuses are to be installed; and supporting members supporting said placing stages so that said placing stages are vertically arranged; and a moving structure capable of moving horizontally in the longitudinal direction of said two vertical installation structures inside said alley, said moving structure comprising: stages on each of which at least one information processing apparatus is to be placed, each of said stages being vertically arranged so as to correspond vertically to each of the placing stages of each of said two vertical installation structures, and prop supporting members supporting said stages so that said stages are vertically arranged and each of said stages is level with a corresponding one of said placing stages of each of said two vertical installation structures, wherein said stages and said placing stages are positioned to enable the transfer of the information processing apparatus from said stages of said moving structure to a corresponding one of said placing stages of each of said vertical installation structures, and wherein said moving structure is located in said alley, the vertical installation structures remaining stationary relative to the moving structure, a distance between the moving structure and each vertical installation structure being less than a width of said stage of said moving structure, as measured in a latitudinal direction perpendicular to the longitudinal direction, and the information processing apparatus can be transferred by sliding the information processing apparatus from each of said stages of said moving structure to the corresponding one of said placing stages in the latitudinal direction. 5. A vertical installation system comprising: two vertical installation structures arranged parallel to each other on opposite sides of an alley and each extending in a longitudinal direction on which an information processing apparatus is to be installed, each of said two vertical installation structures comprising: placing stages contained in said vertical installation structure and on which said information processing apparatus is to be placed, and supporting members supporting said placing stages in said vertical structure so that said placing stages are vertically and horizontally arranged; and a moving structure capable of moving horizontally in the longitudinal direction of said vertical installation structures inside said alley, said moving structure comprising: stages on which at least one information processing apparatus is to be placed, and prop supporting members supporting said stages so that said stages are vertically arranged and each of said stages corresponds vertically to each of said placing stages of said vertical installation structure and said stages are horizontally arranged at the same inte
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