Abstract: The invention relates to a motor vehicle (1) having a hatchback (h1) that is movable in at least one position of a rear window (H4), wherein the rear window (H4) can be separately moved from its closed position in the areas (H2, H3) surrounding the hatchback (H1) and opposite thereto into a release position, wherein the rear window (H4) can be stored in an area in the vehicle body (6) that is spaced from the hatchback (H1).

Abstract: A motor vehicle with an automobile body having two rigid body regions located on both sides above side window regions. At least two panel-shaped roof sections lay behind one another between the two body regions, which roof sections can move relative to the lateral body sections, and can move out of the closed position into an open position further below in the automobile body. From the closed position of the roof sections, a front roof section can be moved over a rear roof section by guiding it laterally like a sliding sunroof. The front end regions of the roof sections can be raised from this position so that the roof sections can be lowered into the automobile body. In the closed position of the roof sections, a rear window, which can be separately moved between an open position and a closed position, borders directly on the rear roof section.

Abstract: A motor vehicle (1) with a hatchback (H1) comprising lateral frame parts (H3) rising in the direction of travel, between which in a rear window (H4) is received in at least one position and which rest on a rear section (8) of lateral members of the bodywork of the vehicle (6) when the hatchback (H1) is in a closed position, forming part of the outer surface of the vehicle. According to the invention, when the hatchback (H1) is opened, it can be moved with the most forward-lying area (HF) thereof counter to the direction of travel (F) and a passageway (D1) enabling the roof parts (P1;P2;H4) to move inside the bodywork of the vehicle (6) is opened up in the overlapping area when the hatchback (H1) is closed.

Abstract: A convertible (1) with a roof (2), which can be stowed in the rear region (3) of the vehicle beneath a lid part (4), it being possible to open and close the lid part (4), on the one hand, for unblocking an opening (7) for the passage of the roof (2) adjacent to the front region (4a) of the lid part (4) and, on the other, for unblocking an opening (8) for luggage, adjacent to the rear end region (9), an auxiliary frame (11) being disposed beneath the lid part (4a) and connected in the, in the driving direction (F), pre-disposed area over a multiple joint (14) with the lid part (4) and mounted moveably with respect to the vehicle body in its rear region (12), wherein the multiple joint (14), while the opening (7) for the passage of the roof (2) is unblocked, is held in stood-up position which enlarges the distance between the lid part (4) and the auxiliary frame (11) relative to that of the closed position.

Abstract: A convertible automobile has a roof which can be deposited in a rear area of the vehicle under a trunk lid. To uncover an opening for the roof, the trunk lid is mounted on a lock member permitting movement in a first opening direction about a body-fast axis of rotation at a rear end such that it forms an acute angle (&agr;) with a vector of travel when in the open position. In order to free a loading opening to the trunk space, the lock member permits movement of the trunk lid 4 in a second opening direction such that the trunk lid forms in the open position an obtuse angle (&bgr;) with the vector of travel. A part bearing an axis of rotation is configured such that the lock member associated with the trunk lid is situated, when the trunk lid is in the closed position, ahead of the axis of rotation in the direction of travel and, upon the movement of the trunk lid in the first opening direction, the lock member is carried on a circular path around the central axis of rotation.

Abstract: A convertible automobile (1) with a roof (3), which can be deposited in a rear area (2) of the vehicle under a trunk lid (4), wherein on the one hand to uncover an opening (6) for the roof, (3) the trunk lid (4) can be moved by a lock member (9) associated with it in a first opening direction about a body-fast axis of rotation (5) at the rear end such that it forms an acute angle (&agr;) with the vector of travel (F) when in the open position, and on the other hand, in order to free a loading opening (7) to the trunk space (8), it can be moved in a second opening direction such that the trunk lid (4) forms in the open position an obtuse angle (&bgr;) with the vector of travel (F), while the lock member (9) associated with the trunk lid (4), from which the part bearing the axis of rotation (5) is separated, is configured such that the lock member (9) associated with the trunk lid (4) is situated, when the trunk lid (4) is in the closed position, ahead of the axis of rotation (5) in the direction of travel (F)

Abstract: A convertible (1) with a roof (2), which can be stowed in the rear region (3) of the vehicle beneath a lid part (4), it being possible to open and close the lid part (4), on the one hand, for unblocking an opening (7) for the passage of the roof (2) adjacent to the front region (4a) of the lid part (4) and, on the other, for unblocking an opening (8) for luggage, adjacent to the rear end region (9), an auxiliary frame (11) being disposed beneath the lid part (4a) and connected in the, in the driving direction (F), pre-disposed area over a multiple joint (14) with the lid part (4) and mounted moveably with respect to the vehicle body in its rear region (12), wherein the multiple joint (14), while the opening (7) for the passage of the roof (2) is unblocked, is held in stood-up position which enlarges the distance between the lid part (4) and the auxiliary frame (11) relative to that of the closed position.

Abstract: A convertible vehicle with a roof includes at least two separate roof sections which can be deposited in the rear section of the vehicle, and for this purpose is supported at least by one main bearing allocated to the body, which is so designed that the roof includes at least two movable units which respectively are allocated to a body-side main bearing, in that the movable units are so interconnected that their opening or closing motion is effected by forced mechanical synchronization.