Hardware for a lift glide door assembly and lift glide window assembly provides ease of opening with an operational opening assist that urges the door or window to an open position on operation of an opening handle by use of a cable drive system. A lock mechanism actuates a lock pin, blocks opening gear mechanisms from operating and extends a security bolt for locking. A guide blade is provided for assisting the door during opening or closing operations.

A window metalware comprising: a strip, a rod, locking members, a rack, and a pinion. The strip is mounted on the window strut. The rod, slidably mounted on the strip, has an outer surface and an inner surface. The locking members are firmly mounted on the rod. The rack is firmly mounted on the rod. The pinion is rotatably mounted on the strip to engage the rack. The axis X of the pinion is fixed on the strip, and the rod is between the strip and the pinion. The pitch surface of the rack is spaced, with respect to the inner surface of the rod, towards the strip, beyond the half thickness of the rod. The rod comprises an aperture inside which a canal-shaped structure is inserted and the rack is placed in the canal-shaped structure.

A multi-point locking arrangement is provided. The multi-point locking arrangement includes a primary lock bolt and an auxiliary lock bolt offset from the primary lock bolt. The multi-point locking arrangement, in an embodiment, uses a single actuation motion to transition between locked and unlocked states. The locking arrangement may also include a lockout device that prevents transitioning from the unlocked state to the locked state when the lockout device is not actuated. The locking arrangement may include a biased auxiliary strike plate that cooperate with the auxiliary lock bolt to provide improved alignment and a tighter seal.

Mortise lock with an operating mechanism with a pinion that is turnable around a geometric axis and a rack engaging therewith that is movable along a direction perpendicular to the aforementioned geometric axis, whereby the pinion is provided with a double toothing with two sets of teeth that are separated by a geometric dividing plane that extends perpendicularly to the axial direction of the pinion, wherein the teeth of each set of teeth of the pinion form an oblique toothing, whereby the faces of these teeth are oblique with respect to the axial direction and these faces include an angle to one another that is such that the width of the teeth of each of the two sets of teeth either decreases or increases in the direction of the dividing plane.

A lock assembly comprising a throw bolt, a bolt holder and a bolt keeper. The bolt comprises a cutting barrier and a bolt casing, the bolt casing being more corrosion-resistant than the cutting barrier, and the cutting barrier being more abrasion-resistant that the bolt casing. When assembled, the cutting barrier will be enclosed within the bolt casing.

Hardware for a lift glide door assembly and lift glide window assembly provides ease of opening with an operational opening assist that urges the door or window to an open position on operation of an opening handle. A lock mechanism actuates a lock pin, blocks opening gear mechanisms from operating and extends a security bolt for locking. A guide blade is provided for assisting the door during opening or closing operations.

A driving device including a transmission mechanism, a lever handle, and a locking mechanism. The transmission mechanism includes a mounting housing and a movable member. The mounting housing is formed with a sliding groove, and the stopper edges are respectively disposed on the tops of two sidewalls of the sliding groove. The movable member is configured to pass through the sliding groove. The bottom wall of the movable member is provided with a transmission rack. The lever handle includes a handle, a mount, a connection shaft, and a second fastener. An end of the handle is formed with a second mounting groove that is provided with an internal tooth portion. The mount is disposed in the second mounting groove and can be connected to a section bar member. The connection shaft is rotatably disposed in the mount and includes a first external tooth portion and a second external tooth portion. The first external tooth portion meshes with the internal tooth portion, and the second external tooth portion meshes with the transmission rack. An end of the second fastener is connected to the bottom wall of the second mounting groove. The locking mechanism is configured to pass through the mounting housing and a mounting wall and is connected to the mount.

The present application relates to a locking assembly for facilitated reconfiguring of a door between left hand swing operative use and right hand swing operative use. The locking assembly comprising a locking mechanism configured to secure a door to a door frame in a locking state; at least one door bracket by which the locking mechanism is arranged to the door; a control mechanism comprising a housing and a coupling member configured to couple to a handle, wherein the control mechanism, in a first operative position relative said at least one door bracket, is configured to actuate the locking mechanism out of the locking state by operatively moving the coupling member relative the housing in a first direction, and wherein the control mechanism is configured to be moved from the first operative position relative said at least one door bracket to a second operative position relative said at least one door bracket, in which second operative position the control mechanism is configured to actuate the locking mechanism out of the locking state by operatively moving the coupling member relative the housing in a second direction different from said first direction.

A locking system for fixing at least one transport unit for cargo items in an aircraft. The locking system includes a plurality of locking devices and at least one actuating device. Each locking device has at least one locking element for fixing and releasing the transport unit at least one predetermined position and is displaceable in a displacement direction between a fixing position and a release position. The at least one actuating device has at least one actuating unit for initiating an actuating movement and at least one sliding unit for displacing the locking element. The actuating unit is connected to the sliding unit for transmitting the actuating movement by means of at least one transmission section extending transversely to the displacement direction. The sliding unit is mechanically coupled to the locking element to transmit the actuating movement and to move the locking element between the fixing position and the release position.

An anti-tilting transmission mechanism for doors and windows includes a first fixed plate, a second fixed plate, a transmission gear located between the first fixed plate and the second fixed plate, and a transmission rack, wherein: two guide though-holes are respectively provided on two ends of the second fixed plate; two threaded columns, which are capable of moving back and forth, are respectively located within the guide though-holes; two limit ribs are respectively located at an outer edge of a rear end of the threaded columns; two compression springs are respectively located between the first fixed plate and the threaded columns; each of the threaded columns has a threaded hole axially provided thereon, so that after passing through a door and window profile, screws are respectively tightened with the threaded holes on the threaded columns, so as to fix the transmission mechanism onto the door and window profile.