Abstract: An electronic board comprises a plane printed circuit, a thermal drain and an expandable locking means positioned along one edge of the printed circuit comprising a part for transmission of movement and a part mobile in translation along an axis including a component perpendicular to the printed circuit. The part mobile in translation has at least one recess opening onto a face of the expandable locking means perpendicular to the printed circuit. The locking means is designed to rigidly fix the board in a chassis and to press the thermal drain against a face of the chassis. The printed circuit comprises a region which enters into the recess or recesses of the expandable locking means.

Abstract: An electronic board comprises a plane printed circuit, a thermal drain and an expandable locking means positioned along one edge of the printed circuit comprising a part for transmission of movement and a part mobile in translation along an axis including a component perpendicular to the printed circuit. The part mobile in translation has at least one recess opening onto a face of the expandable locking means perpendicular to the printed circuit. The locking means is designed to rigidly fix the board in a chassis and to press the thermal drain against a face of the chassis. The printed circuit comprises a region which enters into the recess or recesses of the expandable locking means.

Abstract: A layout for packaging a computer rack comprises a transport pallet (2) and a computer rack; the computer rack being associable with casters extending vertically by a first distance relatively to a lower face of the rack. The computer rack is made integral with the pallet by two anchoring means distributed on the underside of the rack on either side of a vertical median plane (P1); the pallet includes two side modules and an intermediate supporting means separable from the remainder of the pallet and allowing the side modules to be connected. The side modules are removably attached to the anchoring means, so as to ensure that the computer rack is maintained in a horizontal position, and that the pallet is spaced away from the underside of the rack by a second distance (H2) smaller than said first distance.

Abstract: A layout for packaging a computer rack comprises a transport pallet (2) and a computer rack; the computer rack being associable with casters extending vertically by a first distance relatively to a lower face of the rack. The computer rack is made integral with the pallet by two anchoring means distributed on the underside of the rack on either side of a vertical median plane (P1); the pallet includes two side modules and an intermediate supporting means separable from the remainder of the pallet and allowing the side modules to be connected. The side modules are removably attached to the anchoring means, so as to ensure that the computer rack is maintained in a horizontal position, and that the pallet is spaced away from the underside of the rack by a second distance (H2) smaller than said first distance.

Abstract: A layout for packaging a computer rack comprises a transport pallet (2) and a computer rack; the computer rack being associable with casters extending vertically by a first distance relatively to a lower face of the rack. The computer rack is made integral with the pallet by two anchoring means distributed on the underside of the rack on either side of a vertical median plane (P1); the pallet includes two side modules and an intermediate supporting means separable from the remainder of the pallet and allowing the side modules to be connected. The side modules are removably attached to the anchoring means, so as to ensure that the computer rack is maintained in a horizontal position, and that the pallet is spaced away from the underside of the rack by a second distance (H2) smaller than said first distance.