Abstract:
A cabriolet vehicle has a body structure and a roof structure that can be attached to the body structure (14). The roof structure has a top with a top material. The top material has a main section, which forms the actual roof of the roof structure in the closed state of the top and lateral rear elongation sections. The elongation sections can be threaded into openings (15) of the body structure (14) and attached to tensioning brackets (19) of the body structure.
Abstract:
A cabriolet vehicle has a body structure and a roof structure that can be attached to the body structure (14). The roof structure has a top with a top material. The top material has a main section, which forms the actual roof of the roof structure in the closed state of the top and lateral rear elongation sections. The elongation sections can be threaded into openings (15) of the body structure (14) and attached to tensioning brackets (19) of the body structure.
Abstract:
A motor vehicle is provided having front and rear roof panels and which can be moved from in use to stowed positions to change the style of the motor vehicle from a two box style to a convertible or pick-up style. A stowage mechanism for the rear roof panel having two interlinked four bar linkages is disclosed which allows a small linear actuator to produce the range of displacement required to stow the rear roof panel.
Abstract:
A cabriolet vehicle (1) is provided with a roof (3) which at least in some areas has a flexible cover (6), which includes in its front roof area (7) a rigid end area (8), a so-called roof top, overlapped by a cover (6), in which the front roof area (7) can be stored in the same orientation as in the closed roof state in or partially above a body recess (9), which is bounded at least rearward by an edge (11) of auto body (4). The front roof area (7) is variable in length by at least one additional support (14) that supports roof area (6) from below, and can be displaced in the vehicle longitudinal direction.
Abstract:
A convertible vehicle roof (20) comprises a forward roof element (22) and a rearward roof element (24). An unchangeable, upwardly opened, recessed storage area (14) for the roof elements is defined in a rear trunk lid (12). The forward roof element may be pivoted relative to the rearward roof element about a first axis (A1) that is perpendicular to the vehicle longitudinal plane. The forward roof element and the rearward roof element also may be pivoted together about a second axis (A2) that extends perpendicular to the vehicle longitudinal plane. At least the forward roof element is curved such that, in the open position of the vehicle roof, i.e. when it is folded onto the rearward roof element and is stored in the storage area, it forms a substantially continuous, curved outer shell together with the rear trunk lid.
Abstract:
A convertible vehicle roof (20) comprises a forward roof element (22) and a rearward roof element (24). An unchangeable, upwardly opened, recessed storage area (14) for the roof elements is defined in a rear trunk lid (12). The forward roof element may be pivoted relative to the rearward roof element about a first axis (A1) that is perpendicular to the vehicle longitudinal plane. The forward roof element and the rearward roof element also may be pivoted together about a second axis (A2) that extends perpendicular to the vehicle longitudinal plane. At least the forward roof element is curved such that, in the open position of the vehicle roof, i.e. when it is folded onto the rearward roof element and is stored in the storage area, it forms a substantially continuous, curved outer shell together with the rear trunk lid.
Abstract:
A convertible vehicle with at least one front roof area, having a flexible covering in the direction of travel, and a rigid roof area, including a rear window. The front roof area includes several lateral frame parts lying one behind the other, which can be folded opposite to each other, at least in the essentially horizontal axes, and can be covered by the rear roof area in the stored position.
Abstract:
In accordance with one preferred embodiment of the present invention, a retractable roof system for a hard top vehicle is disclosed. The system includes a rigid roof portion that resides above a vehicle body forward a rear storage space when closed. Additionally, the storage space includes a lid adjacent the roof portion. Lastly, a motor is operatively configured to assist in the simultaneous movement of the roof portion and lid to a recessed, open position. Further provided is a method of retracting a rigid vehicle roof.
Abstract:
In accordance with one preferred embodiment of the present invention, a retractable roof system for a hard top vehicle is disclosed. The system includes a rigid roof portion that resides above a vehicle body forward a rear storage space when closed. Additionally, the storage space includes a lid adjacent the roof portion. Lastly, a motor is operatively configured to assist in the simultaneous movement of the roof portion and lid to a recessed, open position. Further provided is a method of retracting a rigid vehicle roof.
Abstract:
A stowage mechanism 30 for a rear roof member 6 of a motor vehicle 1, 101 is also disclosed which is particularly small allowing it to be easily packaged in the motor vehicle 1, 101. The stowage mechanism 30 uses a combination of a chain 31 and a guide slot 32 to control the movement of the rear roof member 6 between raised and stowed positions which require the rear roof member 6 to be rotated, moved forwards and then lowered to reach the stowed position.