Abstract: An arrangement includes a first guide system and a second guide system at a vertical distance from the first guide system. The two guide systems each has a guide and a guide body mounted to be displaceable on the guide, a carrier on which a door is to be fastened and which can be connected to the two guide bodies of the guide systems, and a compensation device by which a tilt moment of the carrier, or of the door arranged thereon, about a tilt axis is compensated for by a restoring moment. The compensation device includes a cable pull device and a pivot lever mechanism. The pivot lever mechanism comprises at least two pivot levers connected to one another in an articulated manner and pivotable relative to one another during a movement of the carrier by the two guide systems along the furniture wall.

Abstract: The reverse input cutoff clutch comprises a pressed member having a pressed surface, an input member arranged coaxially with the pressed surface and having an input-side engaging portion arranged radially inside the pressed surface, an output member arranged coaxially with the pressed surface and having an output-side engaging portion arranged more radially inside than the input-side engaging portion, and an engaging element arranged radially inside the pressed surface and having a pressing surface facing the pressed surface, an input-side engaged portion that engages with the input-side engaging portions, and an output-side engaged portion that engages with the output-side engaging portion. The output-side engaged portion is configured by a recessed portion, and the interior surface of the recessed portion has a pair of guided surfaces. The output-side engaging portion has a pair of guide surfaces facing the pair of guided surfaces.

Abstract: A door control system for a farm implement with a storage bin having a discharge opening and a door movable by a drive mechanism between open and closed positions relative to the discharge opening includes a dual position door control system. The system includes at least two controllers at spaced positions relative to the door and coupled to a drive mechanism for opening and closing the door.

Abstract: A key lockable window operator, including a crank handle that is shiftable between a folded storage position and an unfolded operating position and a lock cylinder operably engaged to a rack and a sliding pin. The rack and the sliding pin are shiftable between an unlocked position and a locked position. When in the locked position, at least a portion of the sliding pin is engaged into a cavity in the crank handle whereby the crank handle is secured in the folded storage position.

Abstract: Furniture door with handle, comprising a panel (2) on one of the edges of which (7) a profile (3) comprising the handle is fixed to said edge by clipping and by way of an auxiliary piece (4).

Abstract: A door opener assembly having a rotatable arm-bar for hands-free use by individuals in high-traffic pedestrian conditions. The rotatable arm-bar has a distal knobbed end and allows users to easily position a wrist or forearm within the hook and to move laterally, as the person moves, as the door is opened and thereafter provides a slide-release of the forearm or wrist. The smooth surface and design of the arm-bar allows users to disengage from contact without risk of injury occurring such as from the unexpected opening of the door from the opposite direction.

Abstract: A casement window unit including a fixed frame (2); a movable sash (3) connected to the fixed frame by a pair of hinged members (4, 5) joined to respective members of the fixed frame and of the sash so as to allow the movable sash to move between a closed position, where the fixed frame and the sash are in contact with each other, and an open position, where at least one stile (3c) of the sash is at a certain distance from the fixed frame towards the outside of the room where the window unit (1) is installed, and vice versa; and a movement arm (7) acting on the sash in such a way that it moves the sash from the closed position to the open position, and vice versa.

Abstract: An awning window unit which includes a fixed frame (2); a movable frame (3) connected to the fixed frame by a pair of hinged members (4, 5) joined to respective members of the fixed frame and of the movable frame so as to allow the movable frame to move between a closed position, where the fixed and movable frames are in contact with each other, and an open position, where at least one lower rail (3c) of the movable frame is at a certain distance from the fixed frame towards the outside of the room where the window unit (1) is installed, and vice versa; and a movement arm (7) configured to move the movable frame from the closed position to the open position, and vice versa.

Abstract: A sash lifter for positioning a window sash within a window frame of a casement window includes a body portion presenting a sash positioning surface. As the window sash is rotated within the window frame about an axis of rotation defined by at least one hinge assembly, the window sash encounters the sash lifter and rides along the sash positioning surface until it is properly situated within the window frame. The sash lifter may include a barrier structure extending transverse to the axis of rotation to facilitate positioning of the sash lifter within a track of the hinge assembly. The sash lifter may also include a tail structure extending outward from the body portion for increased forced-entry resistance.

Abstract: A window regulator includes a rotatable hub that is coupled to a traveller by a cable, such that rotation of the hub raises and lowers the traveller. The hub is mounted on a driven gear which is rotated by a drive gear. The hub and the driven gear are concentrically mounted around a post, which defines an outer surface that is frictionally engaged by a coil spring that is coupled both to the driven gear and to the hub. The coil spring brakes rotation of the hub when the traveller is pushed downwardly. The drive gear and its associated bushings are removably mounted on the window regulator to allow easy replacement.

Abstract: A window regulator for moving a window pane through the window opening of a vehicle door includes a single eccentric arm pivotally mounted away from its ends within the door. One end of the eccentric arm is movably secured to a guide bar on the window pane and the opposite end has a handle thereon which is movable within and accessible through an arcuate slot in the vehicle door. The handle is recessed within the arcuate slot so as not to protrude from the interior surface of the door.

Abstract: A door for vehicles which includes an outer door panel and an inner door panel and is equipped with a window regulator unit. The inner panel is formed with an attachment recess for a window glass regulator unit and a slit. The window regulator unit is attached to the bottom of the attachment recess and has a window regulator arm or connecting pin extending through the slit into a space between the outer and inner panels for operative connection with an attachment plate fixed to the door glass, the connecting pin interconnecting the door glass and the window regulator arm.

Abstract: A windowed oven door for ranges having self-cleaning ovens comprises a system for simultaneously locking the door and raising a shield to cover the window. A linkage mechanism in the shield raising part of the system includes a pair of overcenter link arms which are retained in their past dead center position while the oven door is locked on an oven during its self-cleaning cycle.

Abstract: A vehicle body window regulator of the disclosure incorporates a toggle linkage that is selectively moved between extended and overlapping positions to maintain a window in open or closed positions. The toggle linkage includes a pair of links that are pivotally connected to each other about a first axis, with one of the links pivoted about a second axis to a control member connected to the window, and with the other link selectively driven on a frame of the regulator about a third axis for movement that positions the linkage in either its extended or overlapping position. The first axis moves across a line between the second and third axes as the linkage is moved to either the overlapping or extended position, and the linkage then engages a frame stop to cause a locking action that prevents window movement due to forces applied directly to the window. A one-way clutch preferably drives the linkage and positions the window in partially open positions.

Abstract: A crank drive assembly for sliding roof mechanisms of automobiles, in which a hand-operated crank drives a push-pull cable, the assembly including a releasable clutch between a drive shaft and a drive pinion transmitting the crank motion to the drive cable, and an arresting mechanism blocking the pinion, whenever the clutch mechanism is disengaged. The clutch mechanism and the arresting mechanism are simultaneously operated by a pivoting motion of the drive crank.