COLLAPSIBLE DISPLAY SHELF

摘要

[Problem] To provide a display platform which can be easily assembled and collapsed. [Solution] A display shelf made from flexible material, which has a plurality of display surface parts and which can be folded and deployed, is provided with: a rear surface part; a display frame part which is conjoined to the rear surface part and is disposed so that, in a state in which the display shelf has been deployed, said display frame part, together with the rear surface part, surrounds display surface parts, and which is conjoined to side portions of the front sides of the display surface parts; and a display surface coupling part which is conjoined to side portions of the rear surface sides of the plurality of display surface parts, and which can be slid in a state of being in contact with the rear surface part. In a deployed state of the display shelf, each placement surface of the plurality of display surface parts forms a predetermined angle with the rear surface part, and the display surface coupling part abuts the rear surface part; and in a collapsed state of the display shelf, the plurality of display surface parts are substantially parallel with respect to the rear surface part. At a time of collapsing, when the display shelf is transitioned from the deployed state to the collapsed state, the display surface parts, the display frame part, and the display surface coupling part work together in conjunction so that the side portions of the rear surface sides of the display surface parts, and the display surface coupling part, move in the height direction of the display shelf, and the side portions of the front sides of the display surface parts, and the display frame part, move so as to approach the rear surface part, and therefore, the display surface parts become substantially parallel with the rear surface part. At a time of deployment, when the display shelf is transitioned from the collapsed state to the deployed state, the display surface parts, the display frame part, and the display surface coupling part work together in conjunction so that the side portions of the rear surface sides of the display surface parts, and the display surface coupling part, move in the opposite orientation from the deployment time in the height direction of the display shelf, and the side portions of the front sides of the display surface parts, and the display frame part, move so as to be separated from the rear surface part, and therefore, the display surface parts form predetermined angles with the rear surface part, with the positions of the shelf parts being substantially fixed by way of frictional force at the abutting surface of the display surface coupling part and the rear surface part.