Abstract:
A motor vehicle sliding door that may be supported by a pillar of the motor vehicle and having a sliding door assembly with a self-adaptive carriage. A self- adaptive carriage can allow for pillar attachment of the door to the vehicle body at one or more of the A, B, or C pillars with reduced movement efforts and increased stability while accommodating manufacturing tolerance variation over large scale production runs.
Abstract:
The invention relates to the carriage for a flush sliding door, comprising two chassis (13), at the ends of which support rollers (9, 11) are fastened. The support rollers (9, 11) engage in laterally open rolling tracks (5, 7). In order to enable the carriage to also be inserted into laterally closed rails (1, 3), the chassis (13) can be pivoted on a connecting rod (17) about vertical axes and fixed at a right angle to the connecting rod after being inserted into the rolling tracks (5, 7).
Abstract:
The invention concerns a motor vehicle window control switch comprising: a guide rail (4) extending along an axis for opening and closing the window (8); and a slider (6) for supporting the window in a closing plane and which is slidably guided on the rail (4), said slider (6) being mobile along a travel path between an opening position corresponding to the window (8) in open position and a closing position corresponding to the window (8) in closed position. The guide rail (4) comprises at least one boss (32, 34) projecting at the surface of the rail (4) only in one point of the travel path, the or each boss (32, 34) being adapted to co-operate with the cursor (6) and the rail (4) at said travel path.
Abstract:
The invention relates to a fixing system comprising a fixing means (20) for fixing a window pane of a motor vehicle, a slide (102) and an element (10) for introducing regulating forces being applied to the fixing means (20). An active connection for transferring regulating forces is created in the operating position, between the fixing means (20) and the element (10) for introducing regulating forces. A reduction means (28) formed as a single component especially from the fixing means (20) and used to reduce a direct transfer of force from the slide (102) to the element (10) for introducing regulating forces fully prevents, in the operating position, a direct transfer of force from the slide (102) to the element (10) for introducing regulating forces, arranged on the fixing means (20).
Abstract:
The section member slidingly receives outwardly a driving member extending through the rail provided with a clamp for holding the lower edge of the window pane. The section member of the rail comprises a longitudinal base portion and a longitudinal portion abutting said driving member having an essentially U-shaped symmetrical cross-section between which branches an extension of said driving member is fitted to avoid relative rotating movements. The base portion has a suitable thickness to bring the two free ends of the driving member in abutting relationship with the lower portion of said second longitudinal portion. A configuration of multiple areas of contact between the driving member section and the section of the section member is obtained, the section member being symmetric for balancing of loads in the driving member/rail assembly thus avoiding their relative rotation.