Abstract:
A locking device for a movable motor vehicle part (2), especially a movable roof part of a vehicle roof which can be opened, has a locking element (3) for fixing the vehicle part (2) in the end position of motion, a pivoting support (5) which can be pivoted between a rest position and an operating position. The locking element (3) is movably supported on the pivoting support (5), and is covered on the visible side by the pivoting support (5) when it is in a rest position. When the vehicle part (2) has moved into the end position of its motion, it is supported by the pivoting support which has pivoted into the operating position (5), and in this position, is fixed by the locking element. The locking element is covered on the visible side by the pivoting support when it is in the rest position,
Abstract:
A cover device for vehicle glazing (12), especially a transparent sliding roof cover (12), has a flat, flexible darkening element (12) which can be drawn over the vehicle glazing (12). On its end which is the front in the drawing direction, the darkening element (20) is connected to a pull element (22) which extends transversely relative to the drawing direction. On its end which faces away from the pull element (22), the darkening element (20) is joined permanently to the vehicle. Moreover, the darkening element (20) is deflected over a tension element (26) which extends transversely to the drawing direction and which is pretensioned against the drawing direction. To prevent rippling and the formation of folds, the darkening element (20) is guided at its side edge regions on the tension element (26).
Abstract:
A shade arrangement for a motor vehicle with a drive unit which has a roller tube for taking up a shade, a roller shaft, an electric motor for driving the roller tube around the roller shaft, and a planetary gearing, the inner surface of the roller tube being formed as a ring gear of the planetary gearing. The electric motor has a stator and an armature, the stator being connected to the roller tube and stator turns with it, and the armature turns relative to the vehicle body when the roller tube turns. The electric motor can have sliding contacts by means of which it is connected to the voltage source of the vehicle. Alternatively, the electric motor is connected by means of flexible cables to a body-mounted voltage source of the vehicle. Furthermore a slip clutch can be provided in the drive line of the roller tube.
Abstract:
A motor vehicle roof with a roof plate which has a transparent plastic area to which a peripheral plastic edge is molded which is used especially as a cover visor and which extends downward. Furthermore, the roof plate has a nontransparent area with a holding frame for a functional element molded onto a bottom thereof.
Abstract:
A remote control for operation of functions of a motor vehicle, including a multimedia data memory; and means for managing the multimedia data memory by a user for performing operation of functions of a motor vehicle. The functions of the motor vehicle the operation of which are controlled include at least one of heating, ventilation, air conditioning, interlock, antitheft protection, and interrogation of vehicle states and characteristics, including at least one of temperatures and electrical system voltages.
Abstract:
A process for producing a cover (11) with a glass pane (14) for a motor vehicle roof, in which, first, a combination film (10) with a shatter prevention film and electrical function elements (22, 24, 26, 28, 30) integrated into the combination film is produced, and then, the combination film is securely attached to a side of the pane, e.g., the side facing the vehicle interior. Furthermore the invention relates to a cover for a motor vehicle roof produced in this manner.
Abstract:
A system for converting fuel and air into reformate with a reformer which has a reaction space, a nozzle for supplying a fuel/air mixture to the reaction space, and a fuel feed for supplying fuel to the nozzle (14). The nozzle is a Venturi nozzle with an air inlet area and a diffusor area which extends downstream with respect to the air inlet area.
Abstract:
A wind deflector for an openable vehicle roof with a movable cover element has a raisable deflector element (20) made of a flexible flat material and at least two lateral raising arms (22), each of which, with its end facing the vehicle rear, is coupled in the region of the roof-mounted guide rail (14) and is used for moving the deflector element (20) between the lowered rest position and a raised, at least partially tensioned operating position. The raising arms (22) are each provided with a retraction means (28) so that the coupling points are pushed in the direction of the vehicle rear in the operating position as compared to their location in the rest position, and the positioning angle of the deflector element (20) undergoes a reduction during raising.
Abstract:
A motor vehicle roof with an at least partially transparent roof section (10) and a shade arrangement (12) located underneath the transparent roof section. In one of three embodiments, with two take-up shafts (16, 18) located in succession in the lengthwise direction of the roof and a length of shade (14) which extends in between, and the front end of the length of shade can be taken up onto the front take-up shaft and the back end onto the rear take-up shaft, the two take-up shafts each being pre-tensioned in the take-up direction, the two take-up shafts being movable along one laterally arranged guide in the lengthwise direction of the roof, and there being a common drive (70, 72, 74, 76) in order to move the take-up shafts (16, 18) in opposite directions toward one another in the lengthwise direction of the roof.
Abstract:
A wind deflector for a motor vehicle roof which is movable between a rest position and an operating position, the bearing means containing a spring arrangement which pretensions the wind deflector into the raised operating position. The spring arrangement has a first range of motion of low spring force and a second range of motion of higher spring force, which are assigned to a first adjustment region of the wind deflector out of its raised operating position and a second adjustment region of the wind deflector into its lowered rest position. The wind deflector is lowerable in the range of motion of low spring force by the force of the head wind and in the second range of motion of higher spring force the actuating means with an adjustment force which exceeds the force of the head wind is active for lowering the wind deflector.