Abstract:
A vehicle window regulator includes a fixing lug including a first part for fixing to a window guide rail having a window-guiding direction and a second part for fixing to a vehicle body. The second part defines a plane, and a normal line perpendicular to the plane that is inclined relative to the window-guiding direction. The normal line is preferably inclined at an angle of approximately 45° relative to the window-guiding direction. The lug can be fixed in the vehicle body without the lug turning on itself during fixing by screwing, for example.
Abstract:
A door is secured in spaced relation to a wall panel by a support assembly which includes a tubular housing secured to the wall and an elongate guide bar secured to the door at its bottom. The door is retained, at its top, between extruded aluminum abutments which allow the door to slide with respect to the wall panel, but prevent the door from pivoting about the guide bar.
Abstract:
A sliding door for a vehicle comprises a guide rail and a sliding carriage which is longitudinally movably mounted on the guide rail and which is connected with the vehicle body by a multiple joint. The sliding door furthermore comprises a centering element at its end facing away from the multiple joint. To improve such sliding door, the centering element includes a centering surface which rests against the counter surface integral with the body, when the sliding door is closed.
Abstract:
The device used to hold a separation element includes a carriage with a carriage body and at least one wheel which rolls on a running surface of a rail. The carriage is releasably connected to a mounting element which is connected to the separation element. The mounting element which is mounted laterally on an upper edge of the separation element includes a guide profile provided with a first guide surface which holds a lower and an upper flange element of the carriage body inserted therein which can be displaced along the first guide surface extending inclined by a first angle relative to the upper edge of the separation element and can be locked in an appropriate position by means of locking elements.
Abstract:
Provided are cabinets, methods of making the cabinets, and methods of using the cabinets. One embodiment of the cabinet includes an enclosure and at least one horizontally slidable closure panel interconnected to the enclosure with a first fully extendible concealed rail slide assembly mounted proximate the enclosure top and a second fully extendible concealed rail slide assembly mounted proximate the enclosure bottom. The fully extended panel provides unobstructed access to the enclosure cavity. Another embodiment of the cabinet includes two horizontally slidable closure panels, with one slidable outward from the enclosure in one horizontal direction and the other slidable outward in the opposite horizontal direction wherein the pair of panels, when fully extended provide unobstructed access to the cavity of the enclosure. The horizontally slidable enclosure panel in either of these embodiments can be a mirror, picture, painting, poster, decorative structure, clock, plaque, diploma, certificate and combinations thereof.
Abstract:
Movable partition systems include a vertical alignment structure including at least one roller element coupled to a portion of a movable partition and a ramp configured to abut against the at least one roller element to vertically align the portion of the movable partition to engage with a strike plate. Methods of vertically aligning the movable partition include coupling at least one vertical alignment structure to the movable partition including coupling at least one structural frame member to the movable partition and coupling the at least one roller element to the at least one structural frame member and installing at least one ramp to an overhead structure configured to abut the at least one roller element and vertically align a leading end of the movable partition.
Abstract:
A reinforcement barricade apparatus and method for bracing a garage door, which is formed of a plurality of panels connected to one another with hinged joints for opening and closing movement as a single unit, against inward movement of at least one of the plurality of panels adjacent guide rollers, which are connected to opposite ends of each panel, supported from guide tracks, which are installed along side portions of a garage structure adjacent to an opening extending through the garage structure. A supplemental stationary vertical support can extend from a floor of the garage structure adjacent each guide track along the side portions of the garage structure. A support bracket assembly mounted adjacent to opposite ends of each panel forming the garage door can be provided for sliding engagement with the supplemental stationary vertical support as the garage door moves between opened and closed positions.
Abstract:
A linear guidance system having a guide rail and a carriage. The carriage is guided displaceably on the guide rail by way of at least two ball bearings, wherein the ball bearings respectively comprise a plurality of balls and a strip-shaped ball cage. The guide rail has running surfaces and the carriage has running surfaces for the rolling movement of the balls of the ball bearings. The ball cage has a plurality of substantially circular through openings which are arranged in succession in a row and into which the balls are inserted, wherein the inside diameter of the through openings tapers conically in the direction from a running surface of the guide rail to the associated running surface of the carriage to an inside diameter or is constricted by limiting means to an inside diameter which is smaller than the diameter of the balls so that the balls are secured in the through openings to prevent them from falling out of the through openings in the direction of the running surface of the carriage.
Abstract:
A sliding door with reversible hand configurations can include a plurality of mounting locations along a top and a bottom edge thereof. The plurality of mounting locations can be configured to allow the sliding door to selectively hang and operate according to multiple orientations in order to satisfy site-specific handedness requirements. In one implementation, the sliding door includes a door frame and mounting hardware for selectively mounting the sliding door to a roller track affixed near the upper portion of a doorway.
Abstract:
A sliding door comprises a door structure and a guide rail. The door structure comprises a first surface, a second surface and at least one attachment assembly and defines at least one door aperture extending from the first surface to the second surface. The at least one attachment assembly comprises a first attachment member and a second attachment member. The second attachment member engages the first attachment member and extends through the at least one door aperture having at least a portion of the second attachment member extending beyond the second surface. The guide rail comprises a first contact surface and a second contact surface and defines at least one rail aperture configured to align with the at least one door aperture of the door structure. The second attachment member abuts the second contact surface of the guide rail. Methods of attaching a guide rail to a door structure are also provided herein. Vehicles are also provided.