Abstract:
A brake assembly for locking a vertical or horizontal slidable sash window or door within a track of a frame is disclosed. The track has an elongated base and a pair of spaced apart, opposed sidewalls extending perpendicular from the base. Each sidewall has an inner shoulder spaced from and parallel to the base. The assembly has a slider body having a central opening extending from a front face of the body to a rear face of the body. The slider body has a side opening in each side of the slider body and being in communication with the central opening. A pair of brake members are provided wherein one brake member is slidably positioned within a respective one of the side openings. A cam has a rear face and a front face, and is adapted to receive a pivot member mounted on either the sash window or door. The cam is positioned in the central opening and is adapted to be rotatable within the opening by the pivot member. The cam, slider body and brake members include cooperative structure for converting rotary motion of the cam into radial movement of the brake members through the side openings and axial movement of the cam and slider body to lock the brake assembly within the track.
Abstract:
The invention relates to an adjusting device for a motor vehicle for adjusting a movable element (1) of the adjusting device with a sensor system comprising at least one active sensor part (3) and at least one passive sensor part (12). The object of the invention is to disclose an adjusting device which may be produced particularly easily and inexpensively. This object is achieved according to the invention in that the active sensor part (3) is a fixed capacitive sensor and the passive sensor part (12) forms a component of the movable element (1).
Abstract:
The invention provides a roller wheel assembly for sliding patio doors or the like that provides a quick and economical way of installing and retaining the assembly in the door installation. To achieve this result, the assembly employs at least one retaining member that flares outward with respect to the outer surface of the outer housing of the assembly, and at least one mounting tab affixed to an end of the outer housing. Once inserted through a pre-fabricated hole in the lower rail of the patio door, the assembly is retained in its proper location with respect to the door as the material wall thickness of the rail is captured between the retaining member and the mounting tab.
Abstract:
A height adjustment assembly connecting an elevator door to an elevator door hanger comprises a door bracket, a plurality of door clip receiving sections and corresponding number of door clips. Each door clip comprises upper and lower fins, side fins, and an oblique slot disposed centrally between the fins. Each oblique slot is aligned with an aperture in the receiving sections, and the upper and lower fins slidably engage corresponding slots in the receiving sections. A fastener inserted into the oblique slot in the door clip and the aperture in the door bracket holds the clip and the bracket onto the door hanger in a friction hold mode. The height of the door may be adjusted by moving the door clips laterally in the slots.
Abstract:
A lock latch mechanism disposed within a powered locking device of a transit vehicle door system for maintaining a lock lever in an unlock position without the aid of the lock actuator. The lock latch mechanism includes a lock latch lever biased for engagement with an unlock cam through the use of a bias spring. The lock latch mechanism further includes a reset lever assembly engaging such lock latch lever during the door closing motion to allow movement of the lock lever form such unlocking position into such locking position to maintain at least one door of the transit vehicle in the fully closed and lock position. A manual release lever is provided to move the lock lever from such locking position into such unlocking position enabling the lock latch mechanism to maintain the lock lever in such unlocked position.
Abstract:
A pulley cradle arrangement for a screen doors, in particular, having a pulley cradle receptacle (23) that is inserted from above into a hollow frame section (1) and is clamped there. The pulley cradle receptacle (23) holds the pulley cradle support (25), inside of which the pulley cradle (27) and its running rollers (28) can be shifted vertically by a knurled screw (89). All parts can be pushed together without the use of tools and snap together by means of elastic holders. The pulley cradle (27) can be removed from the pulley cradle support (25) by pushing on its front surface and thus the sliding door can be removed from the guide rails.
Abstract:
A device for securing an adjustable window of a motor vehicle to a guide mechanism of a window lifter, having a first component with an elevated stopper and a second component with an essentially horizontal, elongated recess into which the stopper can positively lock, whereby one of the two components is connected to the window and the other component is connected to the window lifter, characterized in that the recess of the second component has an entry passage pointing in the direction of the stopper; there is an interval between the vertical central axis of the entry passage and the vertical central axis of the stopper, the horizontal dimension of the recess is at least 1.5 times the breadth of the stopper, and the stopper can be secured in order to ensure that it remains in the attachment area. Installation and adjustment of the window are simple and secure and the operational reliability of the window is thereby increased. If necessary, blind assembly is also possible.
Abstract:
A mount for attachment to a window having a pair of faces and a hole extending between the faces has a body adapted to engage one of the faces and having a pin projecting with play through the hole and past the other face, a retainer adapted to engage the other face and formed with a passage snugly receiving the pin, and an eccentric ring engaged in the hole and having an eccentric passage snugly receiving the pin. Formations on the ring and on the retainer are interengageable in any of a multiplicity of angularly offset position of the retainer relative to the eccentric ring and retain the ring against rotation in the hole relative to the bodies. The pin is in a different position relative to the window hole in each of the angularly offset positions. The eccentric ring includes an inner ring having a cylindrical inner periphery forming the eccentric-ring passage and a cylindrical outer periphery having a center offset from that to the inner periphery, and an outer ring having a cylindrical inner periphery engaging the inner-ring outer periphery and an outer periphery directly engaging edges of the window hole.
Abstract:
For mounting a folding/sliding door, a support is connected to a hinge arm of a hinger mounted in the upper outer end area of an outer door leaf in a position in which the side of the retaining part that attaches to the hinge arm is located in the extension of the bearing part. The folding/sliding door can then be joined by its inner leaf via hinges, preferentially standard double-link hinges, to a side panel of the body. The pre-fitted support, already connected to the hinge arm of the outer door leaf, can then be introduced and locked into the guide channel together with its carriage part. First, the carriage part is swiveled through 90 degrees around the retaining part so as to position the carriage part within the longitudinal slot of the guide channel. The carriage part is then locked in place by turning the hammer-shaped head through 90 degrees by means of its supporting pin.
Abstract:
In the case of a height-adjustable vehicle window, a holding element (35) provided with a runner (25) is fixed at the bottom edge of the window pane (21). The runner (25) engages in a rigid guiding slideway (22) which is fitted into the door casing and can move by sliding along the guiding slideway (22). The holding element (35) and the runner (25) are made of a polymer which can be mechanically stressed and constitute a component molded as a single piece. Provided between the holding element(35) and the runner (25) is a connection piece (37) of smaller cross-section. The tolerances imposed by the manufacture and fitting of the constituent components are compensated for by the elastic deformation of this connection piece (37). The runner (25) and the guiding slideway (22) are joined together by press-fitting the runner (25) onto a central rib (24) of the guiding slideway (22) by elastically deforming the runner (25).