Abstract: A roof module includes a support designed as a closed frame, to which a roof cladding element is fitted and these two components are made to form an assembly by an adhesive bead and joined by a molding made of a material that can be applied while being curable, preferably a thermoplastic polymer. In order to compensate thermal stresses caused by different coefficients of thermal expansion of the components, the molding has contact regions towards the support or the roof cladding element where there is no adhesion between the molding and the component.

Abstract: A roof module includes a support designed as a closed frame, to which a roof cladding element is fitted and these two components are made to form an assembly by an adhesive bead and joined by a molding made of a material that can be applied while being curable, preferably a thermoplastic polymer. In order to compensate thermal stresses caused by different coefficients of thermal expansion of the components, the molding has contact regions towards the support or the roof cladding element where there is no adhesion between the molding and the component.

Abstract: A folding top for a motor vehicle is provided. The folding top includes a rear roof part which delimits a window opening for a rear window and which is displaceable about a main pivot axis in order to transfer the folding top from a closed position into a storage position. The rear window is pivotable relative to the rear roof part about a window pivot axis which extends at a distance from the main pivot axis. The rear window bears against the rear roof part from the outside when the folding top is in the closed position and, after the folding top has been transferred into its storage position, is moved at least by way of a partial region through the window opening.

Abstract: A folding top for a motor vehicle is provided. The folding top includes a rear roof part which delimits a window opening for a rear window and which is displaceable about a main pivot axis in order to transfer the folding top from a closed position into a storage position. The rear window is pivotable relative to the rear roof part about a window pivot axis which extends at a distance from the main pivot axis. The rear window bears against the rear roof part from the outside when the folding top is in the closed position and, after the folding top has been transferred into its storage position, is moved at least by way of a partial region through the window opening.

Abstract: A convertible is provided with a roof construction which has at least one roof part and a rear window part. The construction can be at least partially deposited in a trunk space in an opening position in the rear area of the vehicle under a rear opening hood. To provide an opening which exposes the trunk space toward the rear, the rear opening hood is laterally linked, in each case by a guiding linkage, along a first forward swivelling axis to a lateral auxiliary frame. Two lateral auxiliary frames are supported on the vehicle body side in the lower rear area of the vehicle behind the first swivelling axis, in each case, by an additional control arm which, by way of a point of rotation, is connected with the pertaining auxiliary frame. At least one of the two auxiliary frames can be connected by way of a releasable locking element with the motor vehicle body. In the rear area, the rear opening hood is connected by a second rearward swivelling axis with the vehicle body for depositing the roof construction.

Abstract: A folding roof arrangement for a motor vehicle is provided with a folding cover whose forward end is fastened to a transversely extending roof cap which can be locked by way of locking members on the motor vehicle body when the roof is closed. The folding roof arrangement is provided with lateral folding top frames with which the roof cap is displaceably connected. The locking members have closing members which are arranged on the roof cap and which are applied to tensioning elements arranged on the motor vehicle body. The locking members displace the roof cap in the x-direction toward the front relative to the folding top frames for end position locking.

Abstract: The invention relates to a folding top for motor vehicles, having a top frame which comprises lateral top supports and a rear hoop. The top has a storage position of the top in an associated top box, into which it can be lowered by folding back the upright top supports about a main axis. The top frame has an articulation, spaced relative to the main axis, of the lateral legs of the rear hoop on the frame members which are jointly moved via the top supports, whereby the rear hoop is displaced backwards relative to the main axis during the lowering process, and having a rearward widening of the top box behind the top box aperture into which the rear hoop projects when the top is lowered.

Abstract: The invention relates to a link element of variable effective supporting length for the spring drive of a pivoting component, especially for the pivoting drive of a structural member of a vehicle folding top, which is articulated at a distance from the pivot axis of the pivoting component at one end on the pivoting component and at its other end on a countercomponent. The link element comprises an accumulator spring which can expand, with a change of the supporting length, and which can be regenerated by means of a backward pivoting movement of the pivoting component. The link element comprises a rigid link which is articulated elastically on the connecting component via the accumulator spring, with the result that the effective supporting length is variable within narrow limits.

Abstract: A retractable folding top for motor vehicles, having a top frame which comprises a material retaining hoop forming the lower termination of the top, and a top storage box for accommodating the folded top. The top storage box can be closed by a top storage box lid, following which it is held shut by a closure. The top has a position of rest of the material retaining hoop on the top storage box lid when the top is closed, in which the material retaining hoop is noncontinuously connected to the top storage box lid via a closure arrangement. To simplify operation, the closure arrangement between the material retaining hoop and the top storage box lid has only a single closure which is arranged in the central region of the overlap zone between the top storage box lid and the material retaining hoop.

Abstract: The invention relates to a folding top for motor vehicles with a dimensionally stable rear window which, when the top is opened, can be folded down from an upright, position of use into a flat position of non-use. The top cover encloses the rear window and is connected along the lower edge side of the rear window and laterally thereto to a material retaining section arranged at the lower termination of the top. The rear window exhibits an axis of articulation extending approximately parallel to the lower edge side of the rear window which is displaced rearwards relative to the material retaining section during movement of the rear window toward a position of non-use. The axis of articulation is arranged to be displaceable to ensure the displaceability of the rear window.

Abstract: A manually operable folding top for vehicles has a folded stowed position of the open top in a folding-top compartment covered by a folding-top compartment lid. In an unfolded use position of the closed top, the folding-top covering is stretched between a roof cap on the front end of the top and a fabric-holding hoop at the rear end of the top, A closure arrangement which can be unlocked, remote-controllably from the interior of the vehicle, comprises a plurality of closures, via which the folding-top compartment lid is held closed and the fabric-holding hoop is held down in the position in which it rests on the folding-top compartment lid. In order to obtain greater constructional freedom in the selection of the operating point, the closure arrangement has only automatic-ejection snap-action closures, each of which can be released via a motorized actuating drive. The actuating drives are activated via the actuation of a switch arrangement in order to release the closures.

Abstract: A folding hood for motor vehicles has a hood frame supporting the hood cover and being fordable to an open position in order to stretch the hood cover, and a reinforcement of the stretched hood cover, adjoining a strut supporting the cover, by way of a shaping shell mounted between the strut and the hood cover. Because of its dimensional rigidity, the cover interacts in a shaping manner with the hood cover resting flat thereon. The shaping shell is positioned under the hood cover via a tensile connecting device extending transversely to the strut and stretched tightly when the hood frame is folded open. In order to permit a space-saving storage position of the folding hood even with a larger-sized shaping shell the shaping shell is transversely deformable, in a flexurally resilient manner, about a longitudinal axis extending along its bearing position on the strut. When the folding hood is open, the shaping is retained in a relaxed initial position.

Abstract: A motor vehicle folding hood has a hood part which rests on a bodywork component when the hood is closed and is connected thereto via locking apparatus. A pivot mounting of the hood part is provided on a further hood part on the side opposite to the locking side, about the bearing axis of which the hood part can be swung up into a lift-off position after unlocking thereof, as well as automatic pivot drive of the unlocked hood part via a spring loading. A drive device for the spring-loaded drive, which is regenerated after the downward pivoting of the hood part into its bearing position, is supported on the mutually connected end regions of the two hood parts at a moment distance from the bearing axis.

Abstract: The invention relates to a folding top for vehicles having a dimensionally stable rear window which, when the top is pushed back, can be folded down from an upright position of use into a stowed position displaced to the rear. Sliding control of the rear window during the stowing operation is provided via a strut of the top frame. The central region of the strut rests against the underneath of the top cover in front of the rear window when the top is closed and overlaps the rear window in its swung-back end position. A coupling device is provided for transmitting movement by means of which the rear window and the strut are connected to one another, in each case at a distance from their pivot axis.

Abstract: An intermediate folding top bow is fastened, via cantilevers arranged at its ends, to lateral roof-frame parts of a vehicle folding-top structure. During the opening operation of the folding-top structure, the intermediate bow is pivotable out of a tensioning position directed forwardly into a stowage position directed rearwardly. To make it possible to ensure that the intermediate bow will be stowed automatically and without being damaged, the intermediate bow is loaded during the opening of the folding top with a pivoting effect by a separate working element so that starting from its tensioning position, the intermediate bow is driven beyond a dead center between its tensioning position and its stowage position.

Abstract: A theft protection system for an installation unit recessed in an installation passage protects the installation unit mechanically and by an electrically initiated alarm by permitting the installation to be pulled out of the installation passage to a distance limited mechanically by a movable protection stop and by actuating an electrical theft protection contact within this distance by utilizing the relative motion between the installation unit as an installation retention arrangement and the installation passage to initiate the alarm.