Abstract:
The invention relates to a motor vehicle door lock comprising a locking mechanism (3, 4) and an closing/opening device (10 to 18) that consists essentially of a motor drive (10 to 12) and a transmission device (13 to 16) comprising at least one transmission lever (15, 16) that forms, together with at least one reinforcing plate (20), a bearing base (15, 16, 20, 21), which has to a large extent a U-shape when viewed from the side, for the entire transmission device (13 to 16).
Abstract:
The invention relates to a mounting device (1), in particular for an electric vehicle, having an electric cable (5) which is mounted or can be mounted in the mounting device, a conveying device for conveying the electric cable (5) for the purpose of mounting in the mounting device and a cable guide (9). The cable guide (9) extends in a curved fashion such that one section of electric cable (5) which bears against the cable guide (9) has a minimum bending radius above six times, preferable above seven times, particularly preferably above 10 times, the diameter of the electric cable (5). As a result, damage to the electric cable (5) is avoided, to be precise, in particular, damage which can occur owing to an excessively small radius during the conveying of the electric cable (5). Alternatively or additionally, the cable guide (9) is part of a direction device for sensing cable tensile forces.
Abstract:
The claimed mounting device (1) provided for an electric vehicle comprises an electric cable (5) which can be mounted by the mounting device. There is a conveying device for conveying the electrical cable into its mounted position. The conveying device comprises a drive (8), preferably an electric drive, by which the electric cable can be moved into its mounted position. The conveying device comprises a clutch (200, 300) which is capable of transmitting a force generated by the drive or a torque generated by the drive to the electrical cable in order to be able to move the electric cable into its mounted position by means of the transmitted force or the transmitted torque. The clutch can be disengaged, in particular, by the drive and/or by manually pulling out the electric cable from the mounting device and/or by blocking the electric cable. When the clutch has been disengaged, no force or at least a significantly reduced force (compared to the maximum force which can be transmitted from the drive to the electric cable) can be applied to the electric cable by the drive. The clutch is used to increase the comfort and/or to ensure reliable functioning even in the case of incorrect operation by a user.
Abstract:
The invention relates to a charging device for an electric vehicle having the features of the preamble of the main claim, and to an adapter having the features of the first claim. A further coordinate claim relates to an electric vehicle comprising the charging device. The invention provides a charging device for an electric vehicle having a charging cable comprising an electrical plug connector, the electrical plug connector comprising electrical alternating-current contacts for charging with alternating current and also comprising electrical direct-current contacts for charging with direct current. The charging device also has at least one adapter for connecting the electrical alternating-current contacts to a plug socket for alternating current. The adapter can therefore be connected both to the alternating-current contacts of the charging device and to alternating-current contacts of a domestic plug socket. Owing to the adapter, it is possible to charge a motor vehicle throughout the world from any desired domestic plug socket, specifically independently of the design of the alternating-current contacts of the charging device.
Abstract:
The invention relates to a drive unit for motor vehicle applications, in particular for driving a motor vehicle door, a motor vehicle door lock, or a similar actuating element, comprising a motor (1), optionally a transmission (3, 4) arranged downstream of the motor, a transmitting element which transmits drive movements of the motor (1) to the actuating element, and at least one bearing (8) for supporting the motor (1) and/or the optional transmission (3, 4) downstream of the motor in a drive housing (7). The bearing (8) is anchored in a bearing receiving area (9) of the drive housing (7) while taking into consideration a press fit with a displacement compensation.
Abstract:
The invention relates to a charging device for an electric vehicle. The aim of the invention is to provide a device and a method enabling an electric vehicle to be charged in a simple manner. The charging device comprises at least one electrical contact embodied as a movable spindle. The spindle is moved in relation to a fixed counter-thread driven by a driving means, from a starting position to an end position, in order to connect to electrical contacts of another charging device.
Abstract:
The invention relates to a motor vehicle door lock, equipped with a ratchet mechanism (1, 2) and a pulling/opening device (3 to 8). The pulling/opening device (3 to 8) adopts at least one first and second functional position during the actuation of the ratchet mechanism (1, 2). According to the invention, in the inactive state the pulling/opening device (3 to 8) passes into a third functional position (park position), in which it is mechanically decoupled from the ratchet mechanism (1, 2).
Abstract:
The invention relates to a motor vehicle door closure which is equipped with a pulling-shut/opening device (5, 6; 9, 10, 11) with a drive (9, 10, 11) and transmission element (5, 6). In addition, a locking mechanism (1, 2) is realized. The drive (9, 10, 11) operates, with the interconnection of the transmission element (5, 6), on the locking mechanism (1, 2) in order to open the latter or pull the latter shut. According to the invention, the drive (9, 10, 11) is designed to have a variable torque and act upon the transmission element (5, 6) with a torque which is dependent on the drive travel (s).
Abstract:
The invention relates to a positioning element (1), with the aid of which the panel (2) or engine bonnet of a motor vehicle can be brought from the closed position (4) into a position in which a gap (9) forms between the upper edge (8) of the opening and the lower edge of the panel (2). The panel (2) can thus easily be unlocked and fully opened. For that purpose the positioning element (1) with inner lever (11) and outer lever (12) is connected to a drive means (17), which via the drive element (16) and the drive pawl (15) with a detent (26) ensures that the panel (2) is brought in a simple manner via the levers (11, 12) into the first raised position (6), for which purpose the detent (26) is pushed into the recess (25) of the outer lever (12) and thus brings the outer lever (12) and the inner lever (11) into the first raised position (6). Once the panel (2) has been brought by spring loading into the second raised position (7) with the aid of the spring-loaded inner lever (11), the upward travel (21) is completed, so that by means of the spring force associated with the outer lever (12), said outer lever then quickly pivots both levers (11, 12) back into the initial position.