Dismountable facade scaffold

A dismantlable facade scaffold comprising at least four upright, lower support elements, at least one lower floor plate, and at least one lower railing element secured to lower support elements to define a lower story of the scaffold, first and second, spaced-apart upper support elements for attachment to upper ends of and in substantial vertical alignment with corresponding lower support elements for an additional, upper story of the scaffold, an upper railing element for forming a safety rail for the upper story of the scaffold, first and second pivotal connections formed by the first and second upper support elements and the upper railing element permitting relative rotational movements between the first upper support element attached to the upper end of the corresponding lower support element and the upper railing element between a horizontal orientation of the upper railing element and an inclined orientation of the upper railing element in which a free end of the upper railing element is proximate the lower floor plate, the pivotal connections being located proximate upper ends of the upper support elements and permitting separation of the first and second upper support elements when the upper railing element is in its inclined orientation so that a first end of the upper railing element can be pivotally attached to the first upper support element with the upper railing element in its inclined orientation, and the inclined upper railing element can be raised from the inclined into the horizontal orientation when the second upper support element is connected to a second end of the upper railing element by the second pivotal connection and attaching a lower end of the second upper support element to and in substantial alignment with a corresponding one of the lower support elements.