Abstract:
L'invention concerne un dispositif de guidage pour portail comprenant un tablier, le dispositif de guidage comprenant : - une base fixée au sol, - un ensemble de galets prévu pour coopérer avec le portail, - un dispositif de réglage transversal prévu pour se fixer sur ladite base et réaliser un réglage de l'ensemble de galets perpendiculairement au plan dudit tablier, et - un dispositif de réglage vertical (208) prévu pour se fixer sur ledit dispositif de réglage transversal et réaliser un réglage vertical de l'ensemble de galets, le dispositif de guidage étant caractérisé en ce que le dispositif de réglage vertical (208) comprend : - un socle (306) prévu pour se fixer sur ledit dispositif de réglage transversal et mobile en rotation par rapport audit dispositif de réglage transversal autour d'un axe sensiblement vertical, - un mât (308) comprenant une base (546) et dont l'extrémité supérieure est fixée à l'ensemble de galets, et est tel que la base (546) et le socle (306) forme une liaison hélicoïdale d'axe vertical.
Abstract:
L'invention concerne un dispositif de guidage d'une vitre pour un lève-vitre de véhicule automobile, ladite vitre étant mobile en translation selon une direction déterminée, ledit dispositif de guidage comprenant deux rails (10) orientés dans ladite direction déterminée en définissant un plan moyen (X, Z), lesdits rails étant respectivement équipés d'un curseur (14) monté mobile en translation dans le rail (10), ledit dispositif de guidage comportant deux adaptateurs (16) reliant respectivement ensemble lesdits curseurs et ladite vitre; selon l'invention lesdits adaptateurs (16) sont respectivement montés libres en translation dans lesdits curseurs (14) selon une direction de coulissement (X) perpendiculaire auxdits rails (10) et parallèle audit plan moyen (X, Z), pour autoriser le coulissement desdits curseurs (14) par rapport auxdits adaptateurs (16) lorsque lesdits curseurs (14) sont entraînés dans lesdits rails (10) pour mobiliser ladite vitre en translation.
Abstract:
Furniture (10) provided with sliding doors (11, 12) which are movable between a coplanar closing position and an overlapped opening position. The furniture (10) is characterized in that each door (11 or 12) is associated with at least an opening/closing semiautomatic device (20) fixed to the furniture (10) and operable by simply pushing action by the user. During the semiautomatic opening operation, the elastic thrust of said device (20), in cooperation with the particular path of the sliding guides (16, 17), is adapted to simultaneously move the respective door (11 or 12) outwardly from the furniture (10) and towards the overlapped position with the adjacent door.
Abstract:
The invention relates to an adjuster which comprises adjusting elements that have supporting and displacing functions. Pairs of said adjusting elements engage with each other in a positive fit and are mobile relative to each other, at least one of the elements consisting of a plastic material. The adjuster is especially used for translatory mobile adjusting elements in motor vehicles, such as window lifters, seat adjusters or the like. The inventive adjuster is characterized in that the plastic adjusting element (1, 2) has a high-strength (10, 20) core zone which is at least partially surrounded by a tribologically optimized plastic layer (11, 21).
Abstract:
There is provided a doorframe comprising a frame having a first pressing leg with a first pressing surface, a second pressing leg with a second pressing surface facing the first pressing surface and a connecting portion connecting the first pressing leg and the second pressing leg adjacent their upper ends. A portion of a door panel is received between and supported by the first pressing leg and the second pressing leg. The frame is made through extrusion molding. The doorframe is also provided with a friction member disposed between the door panel and at least one of the pressing surfaces.
Abstract:
A glass support structure comprising a carrier plate (14) to be attached to curved glass (11) having its side edge elastically guided by a glass run (22), and cables (16a, 16b) tautly installed side by side with the glass run (22) and locked to the carrier plate (14), wherein the carrier plate (14) is provided with a guide plate (37) which slides in the glass run (22). The guide plate (37) is made of synthetic resin, having the same thickness as the glass (11) and gradually reduced in thickness toward the bottom.
Abstract:
A slider (10) is provided for use with an elongated channel (12) having a pair of spaced apart side walls (14, 16) interconnected by a base wall (18) and an upper wall (20, 22) projecting from each side wall spaced from and generally parallel to the base wall. The slider has a body portion (30) defined by a top surface (32), bottom surface (34) and plurality of side surfaces (36) interconnecting the top and bottom surfaces. The slider also has a plurality of axial slots (42) extending between the top and bottom surfaces adjacent each side surface and a plurality of lateral slots (52) extending between each of the side surfaces and the respective axial slot (42) for allowing the side surface to flex and bias the slider between the side walls of the channel (12). The slider (10) further has a plurality of raised ridges (44) projecting from each of the top and bottom surfaces for flexing and biasing the slider between the upper walls and the base wall of the channel. Finally, the slider includes a plurality of semi-spherical embosses (48) extending from the top and bottom surfaces for slidably engaging and guiding the slider between the upper walls and the base wall within the channel (12).
Abstract:
The invention relates to a cable window lifter for moving a window glass (5) in a vehicle, especially an automobile or the like. Said lifter has two guide sections (1, 2) in which a sliding element (3, 4) is moveably guided. The cable (6) engages on at least one sliding element (3, 4). The window glass (5) is fixed on both sliding elements (3, 4). One of the sliding elements (4) is guided with a degree of play at least in certain areas of the corresponding guide section (1) in the direction of the longitudinal axis (X axis) of the vehicle so that the sliding element (4) can execute a compensating movement in the direction of the X axis when the window glass (5) is moved.
Abstract:
The invention relates to an adjustable carrier for connecting a window pane to a window lift of a motor vehicle door, whereby the carrier is assigned to the motor vehicle door via guiding tracks. The carrier is essentially comprised of a base body and of a holding body. The base body is guided on the guiding tracks of the window lift, and the window pane is clamped in the holding body. The holding body can horizontally sweep in relation to the base body, and a joint connection is provided between the base body and the holding body. According to the invention, adjusting means (511) which can be operated by a tool (510) are provided for changing the position of the holding body (2.5) relative to the base body (1.5). This position is directly or indirectly changed by the actuation of the adjusting means in such a way that the position of the holding body relative to the base body remains unchanged when loosening the fastening the window pane.
Abstract:
The invention concerns a device comprising at least pliers (7) with two jaws (8) clamping the window (2), adapted to enclose the lower edge (2a) thereof, a backing plate (9) extending laterally one jaw substantially in the plane thereof, a slider (6) shaped to be able to slide one guide rail of the window lift, and means for making the slide integral with the backing plate; in the slide is arranged a clearance (15) adapted to receive the backing plate (9), the latter being provided with side lugs (16, 17) adapted to be capable of sliding up to a stop position on the retaining ramps (18, 19) formed in the slide laterally to said clearance, and means (26, 27) are provided for locking the backing plate in its stop position on the slide. Said device is easy to assemble and has little transverse space requirement.