Abstract:
This power slide device comprises a wire drum (16) connected to a vehicle slide door (11) through wire cables (18, 19), a motor (14) for rotating the wire drum, a clutch mechanism (25) disposed between the motor and the wire drum, a first rotary body (85) always rotating integrally with the wire drum, a first detecting means (86) for detecting the rotation of the first rotary body, and a housing (74). The housing comprises a first space (76) having the wire drum received therein and communicating with the outside of the housing through the wire cables, and a second space (78) having the first rotary body and first detecting means received therein, with a housing body (73) disposed between the first and second spaces to separate the latter.
Abstract:
The invention relates to an adjusting device having a high demultiplication, for example, two joint parts of a seat back adjusting system or of a control cable adjusting system. The inventive adjusting device comprises a first adjusting toothed wheel (1) provided a first adjusting denticulation area (5), a second adjusting toothed wheel (2) provided with at least one second adjusting denticulation area (6), an input shaft (3) provided with an input shaft denticulation (14), and two planetary toothed wheels, each of which comprising a planetary denticulation area. A first adjusting denticulation area is engaged with one planetary denticulation area of each planetary toothed wheel, and a second adjusting denticulation area (6) is engaged with a planetary denticulation area of each planetary tooted wheel. The input shaft denticulation (14) is engaged with a planetary denticulation area of each planetary toothed wheel or engaged with a first adjusting denticulation area of the first adjusting toothed wheel and with a second adjusting denticulation area of the second adjusting toothed wheel. A first adjusting denticulation area (5) of the first adjusting toothed wheel and a second adjusting denticulation area (6) of the second adjusting toothed wheel have different numbers of teeth and/or the planetary denticulation areas (15, 16), which are engaged with the first and second adjusting denticulation areas (5, 6), have different numbers of teeth.
Abstract:
A system for opening a swinging sash in two different modes utilizes hinge shoes that are alternately movable along a frame track of, preferably, an asymmetric X-bar hinge system. For one of the opening modes, one of the frame track shoes is held in position to serve as a fixed pivot; and for the other opening mode, the opposite shoe is held in place on the frame track to serve as a fixed pivot. Thus, one of the frame shoes is allowed to move while another is held in place for each opening mode, and the fixed and movable roles of the pair of frame track shoes are reversed for each opening mode.
Abstract:
The present application discloses a retrofit power door assembly for installation on a manual door assembly. One aspect of the application related to a retrofit power door assembly having an axial operator. Another aspect of the application relates to a retrofit power door assembly having a clutch with a manually engageable release member.
Abstract:
A transmission assembly (138) for a powered sliding door system (22) for an automotive vehicle (24). The transmission assembly (138) includes a rotatably input member (152), a stationary hub (198), and a planetary gearset (210) disposed within the hub (198) and operatively cooperating with the input member (152). The transmission assembly (138) also includes an electromagnetic brake (268) disposed within the hub (198) and operatively cooperating with the planetary gearset (210) to lock and unlock a gear of the planetary gearset (210). The transmission assembly (138) further includes a rotatable output member (144) operatively cooperating with the planetary gearset (210).
Abstract:
The invention relates to a cable window lift for vehicles. Said lift is used for lifting and lowering a window pane. The cable window lift comprises a drive for a cable drum which is wound round by a cable pull. A gearbox (15) is connected between the drive and the cable drum and is designed as double screw gear or double worm gear. The wheels (1, 2, 4, 5, 9, 10) of at least one intermeshing wheel pair (16) are provided with a double and opposed toothing (17, 18). The inventive gearboxes are characterised by high effectiveness and self-locking.
Abstract:
A window lift system generally comprises a motor (48) driving a threaded shaft (56) threadably engaging a nut (52) slidably mounted in a bracket (46). A link (54) has a first end rotatably mounted to the nut (52) and a second end rotatably mounted to an end (28) of a pivotally mounted arm (24). An opposite end (26) of the arm engaging the window glass (22) raises and lowers the window glass as the arm pivots.
Abstract:
The invention relates to an electric drive unit (14) for a folding blind unit (13), a folding door unit or the like, comprising an electric drive mechanism and a gearing system (32, 34) whose output is coupled to the folding blind unit, characterized in that each folding blind unit (13) or folding door unit is allocated at least one electric drive mechanism (15) which can be centrally or non-centrally connected and disconnected in situ. The invention is further characterized in that the rotational axis of the electric drive unit (15) is aligned with the pivoting axis of the folding blind unit (13) or the folding door unit (henceforth referred to as the folding blind).
Abstract:
The adjusting drive for a window or door fitting comprises an electric motor (3) which drives a preferably multi-stage planet gear (5) via a self-locking device, e.g. a self-locking worm drive (25) connected on the output side to a drive spindle (7) operating the window or door fitting. The first drive stage (37) of the planet gear (5) comprises a ring gear (47) drivable via the electric motor (3) via the self-locking device, a sun-wheel (51) operable by a hand crank (11) and a planet wheel carrier (61) drivably connected to the drive spindle (7) possibly via further gear stages (39), the planet wheels (57) of which mesh with the sun wheel (51) and the ring gear (47). The hand crank (11) is of the folding type and, in its inoperative position designed for motor operation, locks the sun wheel (51) in relation to a bearer component (1) of the actuator drive. In order to go over into manual operation, it is merely necessary to put the hand crank (11) into its operative position, whereupon the sun wheel (51) is released. The self-locking device (25) now automatically locks the ring gear (47). The adjusting drive is thus easy to use and requires no clutches in the drive train.
Abstract:
Vorrichtung zum manuellen und/oder elektromotorischen Verstellen oder Feststellen eines ersten Fahrzeugteils und eines zweiten Fahrzeugteils relativ zueinander Eine Vorrichtung zum manuellen und/oder elektromotorischen Verstellen oder Feststellen eines ersten Fahrzeugteils und eines zweiten Fahrzeugteils relativ zueinander umfasst ein Verstellteil, das ein Gelenk zum schwenkbaren Anordnen an dem ersten Fahrzeugteil aufweist, wobei das Verstellteil derart an dem ersten Fahrzeugteil anzuordnen ist, dass bei einem Verstellender Fahrzeugteile zueinander sich das Verstellteil relativ zu dem zweiten Fahrzeugteil bewegt. Ein an dem zweiten Fahrzeugteil anzuordnendes Abtriebselement steht mit dem Verstellteil in Wirkverbindung und ist zum Bewegen des Verstellteils relativ zu dem zweiten Fahrzeugteil antreibbar. Eine elektromotorische Antriebseinrichtung weist zum Antreiben des Abtriebselements einen Antriebsmotor und ein den Antriebsmotor mit dem Abtriebselement koppelndes Getriebe auf. Dabei ist vorgesehen, dass das Getriebe (30) eine Schalteinrichtung (4) aufweist, die ein einem Getriebeelement (336) des Getriebes (30) zugeordnetes Kopplungselement (42) und zumindest ein zwischen einer Kopplungsstellung, einer Bremsstellung und einer Freilaufstellung verstellbares Schaltelement (43) zum Einwirken auf das Kopplungselement (42) aufweist, so dass mittels der Schalteinrichtung (4) das Getriebe (30) zwischen einem Kopplungszustand, in dem der Antriebsmotor (370) mit dem Abtriebselement (24) gekoppelt ist, einem Freilaufzustand, in dem die Kopplung zwischen dem Antriebsmotor (370) und dem Abtriebselement (24) derart unterbrochen ist, dass das Abtriebselement (24) unabhängig von dem Antriebsmotor (370) bewegbar ist, und einem Bremszustand, in dem das Abtriebselement (24) unabhängig von dem Antriebsmotor (370) bewegbar ist, dabei aber gebremst wird, schaltbar ist.