Abstract:
A folding convertible top for a vehicle has at least one roof part which can be displaced between a closed position and a stowed position, and can be brought out of the stowed position into a raised loading position. A folding-top kinematic mechanism on each side of the roof part has a main bearing element and an intermediate bearing element mounted rotatably on the main bearing element at a pivot point. The roof part is coupled both to the main bearing element and to the intermediate bearing element via links on both sides of the folding-top kinematic mechanism and can be displaced by means of at least one driving device. The driving device has at least one linear driving element that acts at least indirectly on the intermediate bearing element at a point remote from the pivot point of the intermediate bearing element with the main bearing element. A further device limits rotational movement of the intermediate bearing element during the movement of the roof part from the put-away position into the closed position. The roof part has a mass which acts on the pivot point via the link, such that during movement of the roof part from the stowed position into the closed position, movement of the link is possible only after the rotational movement of the intermediate bearing element is ended. A device is provided for preventing movement of the intermediate bearing element during movement of the roof part from the closed position into the stowed position.
Abstract:
Automation technology facilities are used for automating industrial processes such as the control of conveyor belts. A high-level control device with a logical model of the plant stored in the control device is disclosed. Simulation models and control programs are generated by the control device. The generated control programs have special data blocks which contain the parameters that are to be optimized by the simulation. The generated simulation models generate the parameters as result values of the simulation evaluation algorithms and supply the values in an automated manner to the special data blocks of the generated control programs.
Abstract:
A hardtop convertible vehicle has a front roof part, a central roof part and a rear roof part that includes C-pillars and a rear window. The roof parts are connected to one another in an articulated manner and are movable between a closed roof position and an open roof position by means of a displacing device. In the open roof position, the roof parts are located in a trunk of the vehicle, with the rear roof part and the central roof part lying one above the other. The rear window of the rear roof part is mounted in an articulated manner in relation to the C-pillars of the rear roof part such that it is pivoted in relation to the C-pillars during the movement of the roof parts between the closed roof position and the open roof position and assumes a position with its curvature in the same direction as the central roof part. In the open roof position, the front roof part lies outside the rear roof part and the central roof part, either along a backrest or along a motor vehicle tank.
Abstract:
A cover device is provided for a vehicle top storage compartment of a convertible vehicle. A cover can be pivoted between a closed position and an open position. Two side flaps are arranged on sides of the cover that lie opposite each other transversely with respect to the longitudinal axis of the vehicle, which side flaps can be pivoted between a passive position, in which they open lateral passage openings, and an active position, in which they close the passage openings. A particularly inexpensive construction is achieved by mounting the side flaps on the cover in each case via a bearing arrangement which makes it possible to lower the particular side flap relative to the cover and to pivot the side flap under the cover. A driving device provided for adjusting the side flaps is designed exclusively for the pivoting adjustment about the flap axis, which is defined by the sleeve and the bolt. The side flaps are mounted and arranged in such a manner that the lowering of the side flaps takes place automatically when the cover is opened.
Abstract:
A motor vehicle, in particular a convertible, is provided with a body that has at least one closure cover, which can be moved into an open and a closed position by an extendable driving device, and has the following features: in a front or rear end region, the closure cover can be connected to the body by at least one connecting device. The connecting device has a receiving element and an engagement element, provided for engagement in the receiving element. The connecting device limits the travel of the closure cover in at least one direction during the closing movement of the closure cover. At the opposite end to the connecting device, the closure cover or a component connected to the closure cover is rotatably mounted at least one pivot. The at least one pivot is connected pivotably to the body by at least one associated lever element.
Abstract:
Automation technology facilities are used for automating industrial processes such as the control of conveyor belts. A high-level control device with a logical model of the plant stored in the control device is disclosed. Simulation models and control programs are generated by the control device. The generated control programs have special data blocks which contain the parameters that are to be optimized by the simulation. The generated simulation models generate the parameters as result values of the simulation evaluation algorithms and supply the values in an automated manner to the special data blocks of the generated control programs.
Abstract:
In a motor vehicle and or a subassembly of a motor vehicle, e.g., a convertible or a roadster, with an opening roof, e.g., a soft top or a hardtop, which includes roof parts or roof elements which are mounted on a main bearing device so as to be able to pivot from a closed position into an open position, the main bearing device is fastened to a supporting structure of the motor vehicle, and with a roll bar which is fitted to the motor vehicle so as to be able to pivot from a storage position into a protective position. To reduce manufacturing costs, the main bearing device has an additional, secondary bearing device on which the roll bar is pivotally mounted.
Abstract:
In a motor vehicle and or a subassembly of a motor vehicle, e.g., a convertible or a roadster, with an opening roof, e.g., a soft top or a hardtop, which includes roof parts or roof elements which are mounted on a main bearing device so as to be able to pivot from a closed position into an open position, the main bearing device is fastened to a supporting structure of the motor vehicle, and with a roll bar which is fitted to the motor vehicle so as to be able to pivot from a storage position into a protective position. To reduce manufacturing costs, the main bearing device has an additional, secondary bearing device on which the roll bar is pivotally mounted.
Abstract:
A device for driving a folding top for a convertible has at least one main bearing, which is at least indirectly connected to the vehicle body, at least one main pillar to which the folding top is attached and which is mounted in a rotatable manner on the at least one main bearing, at least one driving mechanism for driving the at least one main pillar, and a fabric-retaining bow for stretching the folding top when it is closed. The at least one main bearing has a connecting-link-type guide. The at least one main pillar is provided with a slot. The at least one driving mechanism has a bolt-like element which is intended to be accommodated in the connecting-link-type guide of the at least one main bearing and in the slot of the at least one main pillar. At least one additional lever is connected in an articulated manner via a pivot to the fabric-retaining bow, and the at least one additional lever has a recess on its side facing away from the pivot for the purpose of accommodating the bolt-like element.
Abstract:
Hardtop vehicle provided with a front roof part, a rear roof part having a fixed rear window, with lateral main links to move the front and rear roof parts, and with lateral vehicle pillars connected with the main links. The rear window is provided with at least one lateral frame that is articulated by lateral levers connected with the frame by a joint on the vehicle pillar, with the rear window being pivotable relative to the vehicle pillar during the stowing movement of the roof parts and being capable of being stowed with its convexity in the same direction as the front roof part in the rear vehicle area.