A deadbolt includes a bolt assembly structured to mount inside a cavity between interior and exterior sides of a door. The bolt assembly includes a bolt housed inside a deadbolt latch. An exterior assembly is structured to mount onto the exterior side of the door. The exterior assembly is operably connected to the deadbolt latch to move the bolt between a retracted position and an extended position. An interior assembly is structured to mount onto the interior side of the door. The interior assembly is operably connected to the deadbolt latch and includes a manual actuator being operable to slide in opposite first and second linear directions causing the deadbolt latch to move the bolt between the retracted and extended positions.

A wall assembly for providing access to an aircraft passenger suite from an aisle area is disclosed. The wall assembly includes a base. The wall assembly includes a wall operationally coupled to the base and slidable with respect to the base between an open position and a closed position, the wall configured to be linearly slidable along a forward direction between the open position and the closed position. The wall assembly includes a dual latch system configured to selectively prevent a movement of the wall absent a simultaneous operation of multiple latches, the dual latch system comprising an upper latch; and a lower latch. The dual latch system configured to allow for the movement of the wall when the dual latch system is in an operated state but not necessarily in the unoperated state.

A safety gate assembly comprised of the modular and interchangeable components with non-marring surfaces, offering incremental horizontal and vertical adjustability to securely fit within a doorway or other space and without requiring permanent attachment to a doorframe or walls, as well as offering the capability for a stand-alone enclosure with the same features.

A safety gate assembly comprised of the modular and interchangeable components with non-marring surfaces, offering incremental horizontal and vertical adjustability to securely fit within a doorway or other space and without requiring permanent attachment to a doorframe or walls, as well as offering the capability for a stand-alone enclosure with the same features.

A latching apparatus and method for latching two separable apparatuses. The latching apparatus includes a moveable actuator and a bolt. The moveable actuator has a bolt facing north-pole magnet and bolt facing a south-pole magnet attached thereto. The bolt moves in response to the north-pole magnet and the south-pole magnet when the bolt is adjacent the actuator.

A door locking apparatus is provided including a first plate, a second plate, a front assembly, a lock clip, and at least one control. The first plate includes at least one vertical slot. The lock clip is rotatably attached to the front assembly and includes at least one horizontal slot in a first end. The at least one control is mounted to the first plate and includes at least one protrusion. The at least one protrusion projects through the at least on vertical slot and through the at least one horizontal slot. The at least one control moves vertically between a first position and a second position. The lock clip is in an open position when the at least one control is in the first position and a locked position when the at least one control is in the second position.

A hasp assembly (200), having: a hasp (302) that engages a staple (404); an actuator (320) that retains the hasp in an engaged position; a first passage (410) and a first element (802) therewithin; and a second passage (412) and a second element (418) therewithin. A linear length of the second passage (L2) is greater than a linear length (L1) of the first passage. When in a tilted orientation (800) the first element is urged by gravity along the first passage and impact of the first element on the actuator releases the hasp, and the second element is urged by gravity along the second passage toward a terminal position (712) where the second element blocks the first element.

An example door lock includes a button with a first region and a second region. The button actuates among multiple positions upon being engaged. A first link member is aligned to the button to detect a state of engagement of a door to a consumables compartment of an electronic device. A sensor is aligned to the button and the first link member to receive a signal from a signal generator based on the state of engagement of the door. A second link member has a first end to align with the button, and a second end to engage the door. A transducer causes the first end to align with the button to disengage the second end from the door upon engagement of the button with the first end.

A locking mechanism for sliding doors and windows includes a lock with a lock cylinder having a key hole for the key. The lock includes a tab and a cylinder pin. The locking mechanism further includes a toggle box, a track, a stopper, a chamber and an operating latch, a blocking toggle, an operating handle and left and right side faces. The key includes a key shaft, key head, a bore, an inlet and key teeth. The abutment of the cylinder pin on the stopper promotes the blocking in the locking mechanism which presents reduced dimensions for application in modern design frame structures.

A door locking apparatus is provided including a first plate, a second plate, a front assembly, a lock clip, and at least one control. The first plate includes at least one vertical slot. The lock clip is rotatably attached to the front assembly and includes at least one horizontal slot in a first end. The at least one control is mounted to the first plate and includes at least one protrusion. The at least one protrusion projects through the at least on vertical slot and through the at least one horizontal slot. The at least one control moves vertically between a first position and a second position. The lock clip is in an open position when the at least one control is in the first position and a locked position when the at least one control is in the second position.