A gravity-actuated latch mechanism is provided. The gravity-actuated latch mechanism may include a strike attached to a lid of a container and a latch body attached to an inside wall of the container. The latch body includes a housing and a catch accessible from outside of the housing, wherein the catch engages and disengages with the strike. The latch body includes a lever having a lever arm moveable between an engaged and disengaged position. The engaged position is engaged with the catch and the disengaged position is disengaged with the catch. The latch body also includes a latch actuation ball housed in an elongated passage within the housing. The lever arm of the lever extends into the elongate passage, allowing the latch actuation ball to apply force to the lever arm to move the lever from the engaged to the disengaged position in response to tipping the container for dumping.

A gravity-actuated latch mechanism is provided. The gravity-actuated latch mechanism may include a strike attached to a lid of a container and a latch body attached to an inside wall of the container. The latch body includes a housing and a catch accessible from outside of the housing, wherein the catch engages and disengages with the strike. The latch body includes a lever having a lever arm moveable between an engaged and disengaged position. The engaged position is engaged with the catch and the disengaged position is disengaged with the catch. The latch body also includes a latch actuation ball housed in an elongated passage within the housing. The lever arm of the lever extends into the elongate passage, allowing the latch actuation ball to apply force to the lever arm to move the lever from the engaged to the disengaged position in response to tipping the container for dumping.

Example implementations relate to a security system having an electronic lock including latch and security modules, to control access to electronic devices. The latch module includes a receiver, a handle, and a torque member rotatably coupled to the receiver and handle. The receiver includes a first recess, a second recess, and a lobe to releasably engage the electronic device within the first recess. The security module includes a tension spring, an actuator, and a lock member having a first pin and a second pin. The tension spring is coupled to the lock member to engage the first pin to second recess when the latch module is in a latched configuration, and hold the security module in a lock-in position. The actuator is releasably engaged to the second pin for rotating the lock member to disengage the first pin from second recess, and release the security module from the lock-in position.

An electronic trigger rotary latch includes a trigger cutout, a controller in electrical communication with a plug receiver. Springs are engaged to the latch and trigger pawls. A gear motor having an actuator engages a surface of the trigger pawl. A handle includes a striker bolt and an electrical plug. In an unlatched configuration the striker bolt is separated from the latch pawl, an electrical circuit is open, the latch pawl spring has reduced compression, the trigger pawl spring has increased compression, and the trigger tip is engaged to a latch tab. The actuator has moved the lower leg in the trigger cutout. In the latched configuration, the striker bolt is held by the latch pawl, an electrical circuit is closed, the trigger tip is engaged to the latch shoulder, and the trigger leg has been moved in the trigger cutout in an opposite direction.

A hood lock device has a base plate having a striker groove, a primary latch configured to fasten a hood in a totally closed state, and a secondary latch, the secondary latch has a latch main body of steel and a handle of resin, and the latch main body has a forcing meshing portion configured to come into engagement with a striker passing across a half opening position and moving to a totally closing position and to be pressed in a latching direction opposite to an unlatching direction by the striker in a case that a hook portion configured to lock the striker recedes from the striker groove and a mounting portion provided adjacent to the forcing meshing portion and on which the handle is mounted.

A hood lock device has a base plate having a striker groove, a primary latch configured to fasten a hood in a totally closed state, and a secondary latch, the secondary latch has a latch main body of steel and a handle of resin, and the latch main body has a forcing meshing portion configured to come into engagement with a striker passing across a half opening position and moving to a totally closing position and to be pressed in a latching direction opposite to an unlatching direction by the striker in a case that a hook portion configured to lock the striker recedes from the striker groove and a mounting portion provided adjacent to the forcing meshing portion and on which the handle is mounted.

A latch (10) includes a rotatable jaw (18) that engages and holds a striker (32) in a latched position. A rotatable pawl (28) in an engaged position is operative to hold the jaw in the latched position. Movement of the pawl to a disengaged position enables the jaw to move to an unlatched position and to disengage the striker. The pawl is movable from the engaged position to the disengaged position through operation of either an electrical actuator (84) or through movement of an actuating end (26) of the pawl by a cable (36).

This present disclosure relates to a rotary latch assembly (1). The rotary latch assembly comprises: a latch (2) rotatable about a first rotational axis (R1) between a striker releasing position (L1) in which the latch (2) is positioned to release a striker (20X), and a striker retaining position (L2) in which the latch (2) is adapted to retain the striker (20X), a pawl (3) rotatable about a second rotational axis (R2) between a latch engaging position (P1) in which the pawl (3) is adapted to engage with the latch (2) by means of an engaging member (6), and a latch disengaging position (P2) in which the engaging member (6) is disengaged from the latch (2), and a latch biasing member (4) adapted to bias the latch (2) toward the striker releasing position (L1), and a pawl biasing member (5) adapted to bias the pawl (3) toward the latch engaging position (P1), wherein the engaging member (6) is a rotatable member rotatable about a rotation axle, and adapted to provide a rotatable interface (60) between the latch (2) and the pawl (3) to facilitate the latch (2) and the pawl (3) to move relative each other, wherein at least one of the latch biasing member (4) and the pawl biasing member (5) is a torsion spring with a portion (40, 50) that serves as the rotation axle of the rotatable member (6).

This present disclosure relates to a rotary latch assembly (1). The rotary latch assembly comprises: a latch (2) rotatable about a first rotational axis (R1) between a striker releasing position (L1) in which the latch (2) is positioned to release a striker (20X), and a striker retaining position (L2) in which the latch (2) is adapted to retain the striker (20X), a pawl (3) rotatable about a second rotational axis (R2) between a latch engaging position (P1) in which the pawl (3) is adapted to engage with the latch (2) by means of an engaging member (6), and a latch disengaging position (P2) in which the engaging member (6) is disengaged from the latch (2), and a latch biasing member (4) adapted to bias the latch (2) toward the striker releasing position (L1), and a pawl biasing member (5) adapted to bias the pawl (3) toward the latch engaging position (P1), wherein the engaging member (6) is a rotatable member rotatable about a rotation axle, and adapted to provide a rotatable interface (60) between the latch (2) and the pawl (3) to facilitate the latch (2) and the pawl (3) to move relative each other, wherein at least one of the latch biasing member (4) and the pawl biasing member (5) is a torsion spring with a portion (40, 50) that serves as the rotation axle of the rotatable member (6).

A latching assembly for releasably securing a first member to a second member, the latch assembly comprising a housing, at least two jaws pivotally mounted to the housing, the jaws pivotable between an open position and a closed position, the assembly comprising a locking member moveable between a locked position to lock the jaws in the closed position and an unlocked position to allow the jaws to revert to the open position.