A lockable enclosure includes a housing and an access door. The access door includes a hinge portion connected with a first side wall of the housing and is pivotable about the hinge portion between closed and open positions. When the access door is in the closed position, the hinge portion of the access door is slideable for sliding movement of the access door between a latching position in which a first latch portion of the access door engages a corresponding second latch portion of the housing to secure the access door in the closed position, and a release position in which the first interlock portion disengages from the second interlock portion to permit pivoting movement of the access door from the closed position to the open position. The access door further comprises at least one locking feature configured to secure the closed access door in the latching position.

An electronic safe and hinge combination is addressed in which hinges are integrally formed from a door plate and safe wall plate, such as a safe side wall. No exterior welds are employed so that a strong and aesthetically pleasing fascia results. Additionally, a hinge and removable hinge pin arrangement is provided which allows the safe body to be constructed separately from the doors and mated together during final assembly, as well as, facilitating repair of a damaged door and retrofitting one door for another for an in the field upgrade. An electronic drop safe is described employing two or more doors and mounted to a safe having a sidewall with an integrally formed hinge.

A door and door jamb arrangement, for securing the opening of a secure space. The door and door jamb arrangement include a safe container, a safe room or a lockable container. The door jamb arrangement further including a door and the opening. The door is adapted to be hingedly attached to a door jamb with a hinge arrangement. The door has a hinged edge or end, and non-hinged edges or ends including a top, bottom and a remote edge. The opening has a planar space defined by the door jamb and is adapted to be closed by the door in a closed position. A hinge axis of the hinge arrangement is adapted, near or adjacent the closed position, to move laterally relative to one or both of the door or the door jamb. The hinge axis of the hinge arrangement is adapted, near or adjacent the closed position, to move at least a door portion of two adjacent edges of the door relative to corresponding and adjacent jamb portions of an edge of the door jamb between overlapping and non-overlapping positions. The door is adapted to move vertically relative to the door jamb.

A door and door jamb arrangement, for securing the opening of a secure space. The door and door jamb arrangement include a safe container, a safe room or a lockable container. The door jamb arrangement further including a door and the opening. The door is adapted to be hingedly attached to a door jamb with a hinge arrangement. The door has a hinged edge or end, and non-hinged edges or ends including a top, bottom and a remote edge. The opening has a planar space defined by the door jamb and is adapted to be closed by the door in a closed position. A hinge axis of the hinge arrangement is adapted, near or adjacent the closed position, to move laterally relative to one or both of the door or the door jamb. The hinge axis of the hinge arrangement is adapted, near or adjacent the closed position, to move at least a door portion of two adjacent edges of the door relative to corresponding and adjacent jamb portions of an edge of the door jamb between overlapping and non-overlapping positions. The door is adapted to move vertically relative to the door jamb.

A security door mounting arrangement for a safe (10) including a substantially rectangular-shaped block for the body (20), having a base (22), a rear wall (in the direction (23), a pair of side walls (24) and a top (25), all defining the cavity (21), and an opening (in the direction (26)) defined by a door jamb (27). A hinged door (40) includes a locking assembly (60), including a crank assembly (62). The crank assembly (62) includes a central crank (63) comprising a disc plate substantially parallel-planar with a main panel of the door (40). The crank (63) is operable by a handle installed on the front face of the door (40). The handle and the central crank are rotatable together coaxially and about a common axis A.

A security door mounting arrangement for a safe (10) including a substantially rectangular-shaped block for the body (20), having a base (22), a rear wall (in the direction (23), a pair of side walls (24) and a top (25), all defining the cavity (21), and an opening (in the direction (26)) defined by a door jamb (27). A hinged door (40) includes a locking assembly (60), including a crank assembly (62). The crank assembly (62) includes a central crank (63) comprising a disc plate substantially parallel-planar with a main panel of the door (40). The crank (63) is operable by a handle installed on the front face of the door (40). The handle and the central crank are rotatable together coaxially and about a common axis A.

A secure and cost-effective smart safe or secure vault apparatus construction is provided. The smart safe includes a high security hinge designed to protect against intrusion by pocketing the hinge behind the doors and securing the hinge dowel to plates affixed to the doors. The door construction features an envelope passageway door and slide-out user interface cluster with primary and secondary customer-facing user interfaces.

A secure and cost-effective smart safe or secure vault apparatus construction is provided. The smart safe includes a high security hinge designed to protect against intrusion by pocketing the hinge behind the doors and securing the hinge dowel to plates affixed to the doors. The door construction features an envelope passageway door and slide-out user interface cluster with primary and secondary customer-facing user interfaces.

Hinge for the movement in opening and closing of a door with respect to a shoulder of a furniture item, said hinge including return closing mechanisms, a first fixed part attached to the shoulder, and a second movable part attached to the door, the fixed part and the movable part being articulated one to the other so as to be able to rotate around a pin, which constitutes the axis of rotation of the hinge, wherein the return closing mechanisms include at least one spring arranged around the pin exerting a force in the direction of the axis of the pin in the final phase of closing, tending to rotate coupling surfaces of the fixed part and movable part of the hinge.

The present invention is directed to a secure enclosure. The secure enclosure includes a housing, a housing door coupled to the housing and moveable between an opened position and a closed position, the housing door including a concealment panel coupled to an innermost face of the housing door and a storage cavity concealed from view by the concealment panel, and a door locking system mounted to the housing door within the storage cavity and configured to selectively lock the housing door to and unlock the housing door from the housing while in the closed position.