A locking module (40) for selectively coupling a first component and a second component of a lockable device (20) includes a locking member (42) rotatable between an unlocked position and a locked position and an engagement member (50) associated with said locking member (42). Translation of said engagement member (50) drives movement of said locking member (42) between said locked position and said unlocked position to selectively decouple said first component from the second component.

A theft deterrent system for an electronics cabinet may include a first hasp, which may include a plurality of studs extending from a surface thereof. At least one stud of the plurality of studs may be dimensioned to engage with a padlock ring of the electronics cabinet. The first hasp may have a tab having a shackle hole therein. The theft deterrent system may include a second hasp, which may include a plurality of holes dimensioned to receive a respective one of the plurality of studs. The second hasp may also have a tab having a shackle hole therein. The system may further include a shield retainer dimensioned to surround at least portions of the first hasp and the second hasp. To secure the electronics cabinet, a shackle of a hidden shackle lock may be fed through the shackle holes and the hidden shackle lock may then be locked.

A theft deterrent system for an electronics cabinet may include a first hasp, which may include a plurality of studs extending from a surface thereof. At least one stud of the plurality of studs may be dimensioned to engage with a padlock ring of the electronics cabinet. The first hasp may have a tab having a shackle hole therein. The theft deterrent system may include a second hasp, which may include a plurality of holes dimensioned to receive a respective one of the plurality of studs. The second hasp may also have a tab having a shackle hole therein. The system may further include a shield retainer dimensioned to surround at least portions of the first hasp and the second hasp. To secure the electronics cabinet, a shackle of a hidden shackle lock may be fed through the shackle holes and the hidden shackle lock may then be locked.

U-shaped locks are provided with an external shell made from a relatively soft metal that clogs grindings disks and reduces their cutting effectiveness.

U-shaped locks are provided with an external shell made from a relatively soft metal that clogs grindings disks and reduces their cutting effectiveness.

An exemplary shackle is configured for use with a crossbar having a pair of openings and a locking mechanism including a pair of deadbolts. The shackle includes a substantially flat plate portion having a length in a longitudinal direction, a width in a transverse direction, and a thickness along a lateral axis defining a proximal direction and a distal direction. The length is greater than the width, which is greater than the thickness. The shackle further includes a pair of longitudinally-offset legs extending distally from the plate portion. Each leg has a diameter, and includes a bumper and a notch positioned distally of the bumper. An offset distance is defined between the distal surface of the plate portion and the distal faces of the bumpers. The width of the plate portion is greater than each of the diameter and the offset distance.

An exemplary shackle is configured for use with a crossbar having a pair of openings and a locking mechanism including a pair of deadbolts. The shackle includes a substantially flat plate portion having a length in a longitudinal direction, a width in a transverse direction, and a thickness along a lateral axis defining a proximal direction and a distal direction. The length is greater than the width, which is greater than the thickness. The shackle further includes a pair of longitudinally-offset legs extending distally from the plate portion. Each leg has a diameter, and includes a bumper and a notch positioned distally of the bumper. An offset distance is defined between the distal surface of the plate portion and the distal faces of the bumpers. The width of the plate portion is greater than each of the diameter and the offset distance.

Described herein are systems and apparatuses for securing and locking a ride-able board to a fixed object. In general, a ride-able board may optionally include a planar body configured for moving across a solid surface and for carrying a rider. In general, a ride-able board may include a planar body mounted to a steering apparatus and any number of wheels. In a preferred embodiment, the security device containing a shackle and housing comprising an open cavity is used to secure the board to any fixed object. In a preferred embodiment, the housing cavity slides over the steering apparatus and has two openings for each end of the shackle. The lock secures the shackle in place and prevents the removal of the board from the fixed object. The housing working in conjunction with the u-shackle prevents removal of the locking device from the board.

A keyed or combination cable lock for securing one or more cables or a lock shackle is presented. The lock secures one or both ends of a single cable or one end each of two separate cables when locked. Alternatively, the lock can secure one or both ends of a lock shackle. When the lock is unlocked, the secured ends can be removed from the lock by activation of a control knob. The lock is also able to a secure a section of a single slidable cable or two sections of a single slidable cable so that the lock can be slid down the slidable cable[s] in first direction when the lock is locked or unlocked, but the lock can be slid down the slidable cable[s] in the opposite direction only when the lock is unlocked and a control knob is activated.

The present invention discloses an electronic key storage case, comprising a housing, a cavity defined in the housing and configured for storage, a front panel configured for password input and disposed on the front of the housing, a locking mechanism and a control circuit disposed on an inner side of the front panel, characterized in that, the locking mechanism is an electronic lock, and comprises a driving circuit, a lock tongue, and a mounting assembly connected with the lock tongue, the driving circuit is configured to receive unlocking information from the control circuit and control an action on the lock tongue, the mounting assembly comprises a lock bracket, a rotating shaft located on the lock bracket, and a locking hook spring disposed on the rotating shaft, a locking hook groove is provided on the lock tongue, and the lock tongue is matched with the locking hook spring through the driving circuit, to obtain a degree of freedom of rotating forward or reverse rotation with the rotating shaft as a central axis to form two states of the locking hook groove engaged with or separated from the locking pin. In the present invention, the key case is opened automatically in an electronic lock manner, thereby being easier to use, providing a securer lock structure, and avoiding undesirably opening.