A lockset and a pallet loading bin an associated lock hole. The lockset comprises a lock bar and a handle comprising a connection end. A lock bar is provided with a hook member to interlock with the lock hole and a connection portion. The lock bar is rotatably connected via the connection portion, to a bin body of the pallet loading bin. Rotating the lock bar around the connection portion parallel to an outer surface of the bin body causes the hook member to extend into or retract from the lock hole, thereby interlocking or releasing the lockset. The handle is rotatably connected via the connection end, to a second end of the lock bar opposite to the first end of the lock bar. Rotating the handle around the connection end positions the handle close to or away from the outer surface of the bin body.

The disclosure invention is directed to an outboard motor cowling latch assembly. More specifically, the cowling latch assembly is integrated with a specific safety control circuit and locking solenoid that prevents removal of the cowling during unsafe or hazardous conditions. This provides a number of safety and functional advantages, among other improvements.

A security latch for sashes comprises a shell body, a moving piece, an axle and a resilient assembly. An accommodating cavity is formed inside the shell body and opened at a flat side of the shell body, and a first concave surface is formed at a bottom of the accommodating cavity away from the flat side. The moving piece is received in the accommodating cavity and is rotatable around the axle installed in the accommodating cavity. The moving piece comprises an engaging face formed at a side thereof and a second concave surface formed at another side thereof. The resilient assembly is disposed between the first concave surface and the second concave surface to resiliently and movably engage with the first and second concave surfaces. The engaging face emerges out of the accommodating cavity from the flat side for blocking any movement along the flat side.

A rotary latch assembly for a galley cart compartment door is disclosed comprising a barrel member rotating on a spindle and a handle connected to the barrel member. An interfering block outside the barrel member can prevent rotation of the barrel member when engaged with the barrel member, and be displaced by a lock button diametrically opposed with the interfering block. The handle of the rotary latch bears against the door in a locked position to prevent the door from opening, and the button when depressed releases the barrel member to rotate and the handle to pivot out of the path of the door.

An electronic device sealing arrangement includes a housing, an access door, a sealing member sized and configured to be sealingly compressed between the access door and the housing, a latch in operable communication with the housing and the access door, the latch being configured to compress the sealing member between the access door and the housing when moved to a position that latches the access door in a closed position, and a resilient member in operable communication with the latch and at least one of the housing and the access door, the resilient member being configured to at least partially compress when the access door is latched in the closed position and the sealing member is compressed between the access door and the housing.

An electronic device sealing arrangement includes a housing, an access door, a sealing member sized and configured to be sealingly compressed between the access door and the housing, a latch in operable communication with the housing and the access door, the latch being configured to compress the sealing member between the access door and the housing when moved to a position that latches the access door in a closed position, and a resilient member in operable communication with the latch and at least one of the housing and the access door, the resilient member being configured to at least partially compress when the access door is latched in the closed position and the sealing member is compressed between the access door and the housing.

A latch assembly includes a lever and a cover. The lever includes a main portion, a cam portion, and an end portion. The cam portion includes a first cam surface and a second cam surface. The lever rotates between an install hood position and an uninstall hood position. The cover couples the lever and the hood. The cover includes a cavity to receive the lever.

A locket comprises a connection pin, a lock bracket and a lock rod. A first end of the connection pin is fixed to a first connection. A notch is provided on a sidewall of a second end of the connection pin. The lock bracket is fixed to a second connection. The lock rod is rotatable within the lock bracket between an open position and a closed position. A groove is provided on a sidewall of a first end of the lock rod. The groove of the lock rod accommodates the second end of the connection pin passing through the second connection when the lock rod is open, such that the connection pin is moveable in an axial direction. The first end of the lock rod is accommodated within the notch of the connection pin when the lock rod is closed to prevent the connection pin from moving axially.

A counterbalance door latch having an axle arranged in a latch recess, the axle having an upper side and a lower side and a latch arranged on the axle, the latch having two positions, a recessed position in which the latch is fully recessed with no part protruding from the latch recess, and a latched position in which the latch is rotated around the axle so that a portion of the latch protrudes from the latch recess to prevent a door from sliding from a closed position.

An internal latch for internally latching a door of a vehicle with respect to a cabin abutment member of the vehicle, comprising a base which is configured for attachment to an internal side of the door; and a clasp assembly comprising a clasp, where the clasp exhibits, with respect to the base, a storage position and a latching position, and where the clasp assembly is attached to the base by a deployment linkage allowing the clasp assembly to deploy from a retracted position, when the clasp is in the storage position, to a deployed position, when the clasp is in the latching position, according to a deployment movement; wherein the base, the clasp assembly and the deployment linkage form an articulated polygon.