A dual-power electromechanical lock is provided. The lock comprises a lock cover and a lock body with a latch therein, wherein the latch is installed in the lock body by a rotation restoring mechanism, the lock body is provided with a main power device in transmission connection with the latch, the lock cover is provided with a key hole corresponding to a key, a mechanical power device corresponding to the main power device is provided inside the lock body, and the mechanical power device is in transmission connection with the main power device.

A dual-power electromechanical lock is provided. The lock comprises a lock cover and a lock body with a latch therein, wherein the latch is installed in the lock body by a rotation restoring mechanism, the lock body is provided with a main power device in transmission connection with the latch, the lock cover is provided with a key hole corresponding to a key, a mechanical power device corresponding to the main power device is provided inside the lock body, and the mechanical power device is in transmission connection with the main power device.

This invention provides a dual-power electromechanical lock. The lock comprises a lock cover and a lock body with a latch therein, wherein the latch is installed in the lock body by a rotation restoring mechanism, the lock body is provided with a main power device in transmission connection with the latch, the lock cover is provided with a key hole corresponding to a key, a mechanical power device corresponding to the main power device is provided inside the lock body, and the mechanical power device is in transmission connection with the main power device.

Key-locked carabiner devices, systems, and methods are provided in accordance with various embodiments. Some embodiments include a carabiner and a lock coupled with the carabiner that locks the gate of the carabiner. The lock may be operated with a key to form a key-operated lock. The key-operated lock may be positioned within a nose portion of the carabiner. The key-operated lock coupled with the carabiner may include a bolt that extends from the nose portion of the carabiner into an aperture of the gate of the carabiner to preclude the gate of the carabiner from opening. Some embodiments utilize a key-operated lock that may be opened utilizing a TSA007 key, while the key designed specifically for the key-operated lock may not open other locks that a TSA007 key may open. Some embodiments include key-locked carabiners that may be designed to facilitate alignment of the carabiner's gate.

Key-locked carabiner devices, systems, and methods are provided in accordance with various embodiments. Some embodiments include a carabiner and a lock coupled with the carabiner that locks the gate of the carabiner. The lock may be operated with a key to form a key-operated lock. The key-operated lock may be positioned within a nose portion of the carabiner. The key-operated lock coupled with the carabiner may include a bolt that extends from the nose portion of the carabiner into an aperture of the gate of the carabiner to preclude the gate of the carabiner from opening. Some embodiments utilize a key-operated lock that may be opened utilizing a TSA007 key, while the key designed specifically for the key-operated lock may not open other locks that a TSA007 key may open. Some embodiments include key-locked carabiners that may be designed to facilitate alignment of the carabiner's gate.

The present invention relates to a locking apparatus for introduction into a recess of a device to be locked, wherein the locking apparatus has an actuating pin and a bolt part which is rotationally fixedly connectable to the actuating pin and which can be locked and/or unlocked by rotating the actuating pin, wherein the bolt part can be fastened to the named actuating pin in different positions. The invention further relates to the use of such a locking apparatus as a transport lock of a carcass part to be locked such as a device housing door of a security-sensitive gambling device, betting device and/or entertainment device. In accordance with the invention, the actuating pin and the bolt part have releasable latching means having a plurality of latching positions for latching the bolt part to the actuating pin in a plurality of axial positions. The latching means in this respect comprise latch contours which engage into one another in a shape-matched manner, which can be pushed beyond one another in the longitudinal direction of the actuating pin with elastic deformation and which can latch into one another transversely to the longitudinal direction of the actuating pin by elastic recoil so that the bolt part is held axially at the actuating pin in the respective latching position.

The magnetic anti-tampering system of the magnetically enhanced key and lock system provides a mechanical and magnetic security system. It utilizes a modified paracentric key and a locking assembly affixed to a component inside of a paracentric lock. The magnetically enhanced key and lock system increases the security of a pair centric lock by defeating the unauthorized operation of pair centric locks by unauthorized users, such as inmates, who have fabricated copies of the authentic, paracentric keys. Paracentric locks and keys are the most common type of locks used in jails, state prisons, and detention facilities. The locking system requires that both the teeth of the key and the magnetic pairs of the key and locking dog combine to open the lock.

The magnetic anti-tampering system of the magnetically enhanced key and lock system provides a mechanical and magnetic security system. It utilizes a modified paracentric key and a locking assembly affixed to a component inside of a paracentric lock. The magnetically enhanced key and lock system increases the security of a pair centric lock by defeating the unauthorized operation of pair centric locks by unauthorized users, such as inmates, who have fabricated copies of the authentic, paracentric keys. Paracentric locks and keys are the most common type of locks used in jails, state prisons, and detention facilities. The locking system requires that both the teeth of the key and the magnetic pairs of the key and locking dog combine to open the lock.