Abstract: A sliding and lifting roof construction for vehicles having a rigid cover of the type which closes a roof opening in a fixed roof surface in a closed position thereof and is selectively shiftable from the closed position by either being upwardly tilted so that a rear edge of the cover is disposed above the fixed roof surface or by being slid rearwardly after lowering of the cover rear edge below the fixed roof surface, and has a tiltable, sliding roof liner panel that is slidable together with the cover and which, upon raising the cover, is induced into a raising movement that, starting from the closed position of the cover, is faster than the raising movement of the cover; wherein the tiltable siding roof liner panel, at least on one of its sides, is coupled with a pivotable lifting arm.

Abstract: Sliding and lifting roof for vehicles, having a rigid cover which in its closed position covers a roof opening in a fixed roof surface. The cover is mounted on guide rails extending in a direction parallel to the side edges of the roof opening, and can be selectively tilted so as to lift its rear edge above the fixed roof surface, or rearwardly slidably displaced below the fixed roof surface, after lowering of its rear end below the fixed roof surface. A vertically adjustable rain gutter is provided which is elevated when the cover is in its tilted and close positions, which rain gutter underlies the rear edge of the roof opening and, upon lowering, can be rearwardly displaced together with the cover. The rain gutter is connected with a tilting device which, when the cover is raised, causes the rain gutter to assume an inclined position such that the forward edge of the rain gutter forms a splashboard which projects upwardly above the rear edge of the roof opening.