The latching mechanism includes a latch barrel (350), a latchpin (352), and a biasing spring (356).

The third door includes a locking pin, and the first door comprises a locking hole.

The locking device has at least one locking bolt (23, 31, 32, 33) that can be hydraulically released and that is impinged in a locking direction by a compression spring.

Said locking bolt co-operates with a respective detent recess and couples the rotor (12) to the drive part (11) in a locked position.

In the inner chamber of the cover, a latching pin cooperated with the latching slot is provided.

The latch assembly includes a locking pin assembly comprised of a central post and an outer metal sleeve.

At least one latching device (200) is attached to the cover and is provided with a latching spindle (205) to which one or more latches (201) are fastened.

A lifting assembly [10] includes a link member [22] defining a pivot axis [108] and a latch axis [128].

A self-powered switching system using electromechanical generators generates power for activation of a latching relay, switch, solenoid or latch pin.

A locking pin disposed within the plug casing selectively engages the electrical circuitry module (200).

The support device (10) comprises a support element (11), a pin holder (13) and a lock pin (12).

In this way it is, for example, possible to open a single bolt, leaving the padlock fixed to the other one.

The lock pin (12) is arranged to accompany the pin holder (13) during rotation of the pin holder around said vertical axis of rotation.

The sleeve has a cylindrical sleeve wall forming a cavity and a latch pin that is attached to the sleeve wall and extends into the cavity.

A locking pin is disposed on one of the upper portion, the lower portion, the first end or the second end.