RU2701708C1 - Cabinet for charging and storage of multi-charged remote-contact electric shock device and accessories to it - Google Patents

Abstract

FIELD: electrical engineering.

SUBSTANCE: invention relates to electrical engineering, to cabinets for arrangement of electric equipment, namely to arrangement of multi-charged remote-contact electric shock devices and accessories to it. Cabinet for charging and storage of multi-charged remote-contact electric shock device and accessories to it contains horizontal and vertical panels, door, locks, shelves, lodgments, sockets for supply of charging devices and communications of cabinet. Cabinet is made with possibility of wall or floor installation. Cabinet door is glass or metal. Lodgements contain compartments for a multi-charged remote-contact electric shock device and accessories for it. Shelves are stationary or extendable. On upper horizontal panel of cabinet there are fans and temperature regulator; on side vertical panel on inner side of cabinet there are light-emitting diodes and power supply unit, which form lighting system. In the lower part of the cabinet, under the shelves there is a switch and an information accumulator, which form a system for collecting information from video cameras of multi-charged remote-contact electric shock devices, as well as an uninterruptible power supply.

EFFECT: technical result is the creation of a cabinet for placement of remote-contact electric shock devices, which provides simplicity, reliability and ease of use.

4 cl, 2 dwg

Description

The invention relates to electrical engineering, in particular, to cabinets for placing electrical equipment, namely, the placement of multiply charged remotely-contact stun devices and accessories to it.

From the prior art, a weapon storage cabinet comprising a housing, base supports for mounting weapons, shelves for placing combat equipment is known (RU 68259, KR 20170060533 06/01/2017, CN 204990453 01/20/2016).

The prior art also knows a collapsible cabinet for charging and storing batteries (RU 160454 03/20/2016), which is a cabinet for placing electrical equipment complete with a basic automobile electric generator and intended for servicing military equipment for storing and charging batteries of military vehicles and cars in the field.

However, these devices are not intended for storing remotely-contact stun devices. In addition, the cabinet designs are not unified, the installation of standard communication modules is difficult, the cabinets are not equipped with internal ventilation, are not equipped with pull-out shelves, which makes it difficult to access the equipment.

The claimed invention is aimed at eliminating the above disadvantages and expanding the arsenal of technical means. The technical result is the creation of a cabinet for placement of remotely-contact stun devices, providing simplicity, reliability and ease of use.

The technical result is achieved due to the fact that the cabinet for charging and storing a multi-charged remote-contact stun device and its accessories contains horizontal and vertical panels, a door, locks, shelves, lodgements, sockets for charging chargers and cabinet communications. The cabinet is made with the possibility of wall or floor installation. The cabinet door is made of glass or metal. The lodges contain compartments for a multi-charged remotely-contact stun device and its accessories. Shelves are made stationary or retractable. On the upper horizontal panel of the cabinet are fans and thermostat; on the side vertical panel on the inside of the cabinet there are LEDs and a power supply that form the lighting system. In the lower part of the cabinet, under the shelves, there is a switch and an information storage device forming a system for collecting information from video cameras of multiply charged remotely-contact stun devices, as well as an uninterruptible power supply.

Sockets for powering the chargers and communications of the cabinet are located on the rear panel of the cabinet.

On the front surface of the lodgement, in the upper right and left, there are compartments for placing the clip and a removable battery pack, at the base of the lodgement there is a compartment for accommodating a multi-charge remote-contact stun device, and to the right of it there is a compartment for accommodating the charger of the battery pack.

The cabinet can be made with reinforced locks and walls, and the locks on the doors can be coded or biometric.

Brief Description of the Drawings

FIG. 1 - Cabinet for charging and storage of a multi-charged remote-contact stun device and its accessories.

FIG. 2 - Lodgment design option for 6 sets of multiply charged remotely-contact stun devices.

In FIG. 1 shows a cabinet (1) for charging and storing a multi-charged remote-contact stun device and its accessories. The cabinet (1) contains a fan (2), pull-out shelves (3), lodgements (4), a lighting system (5), a power filter (6), a switch (7), an information storage device (8) and an uninterruptible power supply (UPS) (9).

In FIG. 2 shows a construction design of the lodgement (4) for 6 sets of multiply charged remotely-contact stun devices. The lodgement (4) contains compartments for accommodating a multiply charged remotely-contact stun device (10), clips (11), a removable battery pack (12), and a charger (13).

The implementation of the invention

The design of the cabinet (1) for charging and storing a multiply charged remote-contact stun device (10) and its accessories is a unified 19-inch multi-purpose rack and allows you to place from 12 to 36 sets of devices inside, depending on the dimensions of the rack. The cabinet contains horizontal and vertical panels, a door, locks, shelves (3), lodgements (4), sockets for powering chargers and communications of the cabinet.

There are options for the execution of the cabinet with the possibility of wall or floor installation.

The cabinet door (1) can be glass or metal. If a glass door is installed, then, together with the lighting system installed inside the cabinet (5), the possibility of external visual control of the charging mode of the battery blocks (12) is achieved.

The lodges (4) contain compartments for a multi-charged remotely-contact stun device (10) and its accessories. In particular, the following variant of placement of the aforementioned device (10) and its accessories is possible: on the front surface of the lodgement (3) in the upper right and left there are compartments for placing the holder (11) and the removable battery pack (12), located at the base of the lodgement a compartment for accommodating a multiply charged remote-contact stun device (10), and to the right of it a compartment for accommodating a charger (13) of the battery pack (12).

Shelves can be made stationary or sliding (3). Retractable shelves (3) provide easy access to any battery pack (12).

On the upper horizontal panel of the cabinet (1) there are fans (2) and a temperature regulator. The ventilation system maintains optimal temperature conditions inside the cabinet (1).

On the side vertical panel on the inside of the cabinet (1) there are LEDs and a power supply that form the lighting system (5).

In the lower part of the cabinet (1), under the shelves (3), a switch (7) and an information storage device (8) are made up, forming a system for collecting information from video cameras of multiply charged remotely-contact stun devices (10), as well as an uninterruptible power supply (9) . An internal uninterruptible power supply (9) allows you to recharge the battery packs (12) in the event of a power outage and prevents interference from entering the network from the chargers.

Sockets for powering the chargers (13) and communications of the cabinet are located on the rear panel of the cabinet (1).

Cabinet (1) also, if necessary, can be made with reinforced locks and walls.

The presence of a lock on the door prevents unauthorized access. Locks on the doors can be, in particular, coded or biometric.

Placing chargers (13) in the claimed cabinet (1) for charging and storing a multi-charged remote-contact stun device (10) and its accessories is an economical, functional and ergonomic solution. Mentioned cabinets (1) have a modern appearance and fit into the design of any room. In addition, cabinets (1) for charging and storing a multi-charged remote-contact stun device (10) and accessories for it of different capacities, due to their design, occupy the same area in the room.

Claims (9)

1. A cabinet for charging and storing a multi-charge remote-contact stun device and its accessories, containing horizontal and vertical panels, a door, locks, shelves, tool holders, sockets for powering chargers and cabinet communications, characterized in that lodgements contain compartments for multiply charged remotely-contact stun device and its accessories; shelves are made stationary or retractable; on the upper horizontal panel of the cabinet there are fans and thermostat; on the side vertical panel on the inside of the cabinet there are LEDs and a power supply that form the lighting system; in the lower part of the cabinet, under the shelves, a switch and an information storage device are made up, forming a system for collecting information from video cameras of multiply charged remotely-contact stun devices, as well as an uninterruptible power supply. 2. A cabinet according to claim 1, characterized in that on the front surface of the lodgement in the upper right and left are compartments for accommodating a clip and a removable battery pack, at the base of the lodgement there is a compartment for accommodating a multi-charge remote-contact stun device, and to the right of it - compartment for accommodating the charger of the battery pack. 3. The cabinet according to claim 1, characterized in that the sockets for powering the chargers and communications of the cabinet are located on the rear panel of the cabinet. 4. The cabinet according to claim 1, characterized in that the cabinet is made with the possibility of wall or floor installation, with reinforced locks and walls, the cabinet door is made of glass or metal, and the locks on the doors are made of code or biometric.

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