Lockbox systems for securing items in a vehicle. In one embodiment, a hollow rectangular body has an open side which may be closed by a door. One or more L shaped locking members are disposed on the rear of the door adjacent a first longitudinal side. As the door is closed, the members are positioned to reside in locking recesses in a wall of the body, abuttably locking the door at the hinged side. Near a second side of the door, a locking mechanism is disposed that can be actuated to move a locking bolt into a bolt recess to secure the door in the body opening. The rear side surfaces of the door may be beveled to pair against a ridge disposed inside the opening to deter attempts to pry the door open.

A valuable storage box includes a hollow housing embedded within a wall having a plurality of sidewalls and an open face in communication with an interior storage chamber. A cover plate securable over the open face includes at least one faux electrical component thereon, such as a simulated light switch or electrical receptacle. Accordingly, when valuables are placed within the storage chamber and the cover plate is fastened, the storage box deceptively resembles an operable wall-mounted electrical plate.

A valet vault is described herein. The valet vault may be constructed with components that result in improved strength and prevent theft. In one example embodiment, the vault may comprise a service side, an attachment side, and four exterior sides, a lockable utility box, a secured storage area being accessible through a door where a hinged end of the door is pivotally connected to a door frame by at least one hinge, and a security plate substantially separating the secured storage area and the lockable utility box. The vault may comprise a catch/latch to stop the door. The vault may comprise an illuminatable sign that does not compromise the security of the secured storage area. The door may comprise reinforcements. The vault may be a podium or be coupled to a wall.

A valet vault is described herein. The valet vault may be constructed with components that result in improved strength and prevent theft. In one example embodiment, the vault may comprise a service side, an attachment side, and four exterior sides, a lockable utility box, a secured storage area being accessible through a door where a hinged end of the door is pivotally connected to a door frame by at least one hinge, and a security plate substantially separating the secured storage area and the lockable utility box. The vault may comprise a catch/latch to stop the door. The vault may comprise an illuminatable sign that does not compromise the security of the secured storage area. The door may comprise reinforcements. The vault may be a podium or be coupled to a wall.

Devices for securing and retaining firearms that include either a lockable firearm cabinet or a firearm securement system. The cabinet includes a receptacle; a locking device and locking mechanism; a spring for biasing the locking mechanism in the locked position; and a bar for overriding the locking mechanism. The securement system includes a wall mounted plate for securing a firearm thereto; a release mechanism that allows the firearm to be removed and electronics for wirelessly communicating with a computer and the firearm to provide information regarding removal of the firearm or firearm cartridge from the wall mounted plate.

A portable safe that includes a lower shell having a sidewall surrounding a bottom wall and defining an internal cavity and includes a cover rotatably and lockably coupled to the lower shell, wherein the cover has at least one photovoltaic cell directly coupled thereto and has a top surface defining at least one solar intake aperture exposing the at least one photovoltaic cell to an ambient environment and configured to convert solar energy to energy usable by the portable safe. The lower shell or the cover defines a cable aperture for receiving a cable that is operably configured to form a loop for surrounding a structural object. The safe has a locked position with the cable longitudinally retained by at least one of the cover and the lower shell and an article loading position with a portion of the cover removed from the lower shell and exposing the internal cavity.

An intelligent chair structure contains: a function chair, a central control unit, three electronic locks, and a monitoring module. The function chair includes a base having first, second, and third accommodation chambers, wherein each accommodation chamber has a side holder, a rotatable lid, a refrigerator, a heat insulation apparatus, and a room temperature apparatus. The function chair further includes a power switch and a radiating cover. The central control unit is interconnected with an internet and includes an application (APP). Each of the three electronic locks includes a movable locking knob and a controlling module interconnected with the central control unit. The monitoring module is arranged on a predetermined position of the function chair and includes a video device interconnected with the central control unit and controlled by the APP of the central control unit.

The present invention intends to provide a key box that lends a key only to an authorized person without requiring external connection via a network. A key box 1 includes a lid 5 that rotates centered on a shaft 6 on a lower end side, in an opening part 4 that is on a front surface side of a housing 2 including a key storage space 3 therein. The housing 2 includes therein: a cord-like member 9 having a proximal end side 9a connected to the inside of the housing 2, and a distal end side 9b at which a key holder 10 for holding a key X is provided; a holding unit 7 that holds the lid 5 in a closed posture in which the opening part 4 is blocked; an opening operation unit 8 that releases the holding of the lid 5 by the holding unit 7 to open the lid 5; a signal communication section 11; a power source 12; and a controller 13. The housing 2 includes a startup switch 14. Once the startup switch 14 has been operated, and the signal communication section 11 has received a previously set authentication signal from an authentication unit carried by a user, the controller 13 gives an opening operation command to the opening operation unit 8 to open the lid 5, and enables takeout of the key X stored in the key storage space 3 to the outside through the opening part 4.

A valet vault is described herein. The valet vault may be constructed with components that result in improved strength and prevent theft. In one example embodiment, the vault may comprise a service side, an attachment side, and four exterior sides, a lockable utility box, a secured storage area being accessible through a door where a hinged end of the door is pivotally connected to a door frame by at least one hinge, and a security plate substantially separating the secured storage area and the lockable utility box. The vault may comprise a catch/latch to stop the door. The vault may comprise an illuminatable sign that does not compromise the security of the secured storage area. The door may comprise reinforcements. The vault may be a podium or be coupled to a wall.

A stand-up gun safe comprises a substantially vertical, but moderately tilted, spine that supports one or more hinges, which in turn support two shell components that rotate relative to the spine and swivel relative to each other. In a closed configuration, the respective edges of the two shell components abut each other, creating a secure seam. In an open configuration, the two shell components are separated from each other as they swivel and rotate away from each other on the hinges secured to the spine. A locking mechanism keeps the two shell components in a closed state. Because the spine is tilted, and the two shells are located on the top of the spine, when the lock is released gravity forces the two shells apart from each other, thereby resulting in a gravity-powered opening.