RU2795124C1 - Device for storing and transporting valuables - Google Patents

Abstract

FIELD: storing and transporting valuables.

SUBSTANCE: device includes a container with a multilayer body and a multilayer lid and bottom, an electromechanical lock, a central compartment for valuables, a device for disabling valuables, and peripheral compartments with modules of information and executive means, and communication lines, a hardware-software complex (HSC). The HSC contains a programmable computing module, made in form of a central microcontroller module (1), located in one of the peripheral compartments and configured to test information and executive means and communication lines, as well as with the possibility of bidirectional high-speed exchange of information and commands in real time between them, while maintaining a relational list of information corresponding to each component of the input information about the state of the executive and information means. The executive means include: modules of operational and permanent data memory, an access control module - a housing integrity module (16), with a breaking signalling wire mesh integrated into the multilayer walls of the container body, a GPS navigation module for determining geographic coordinates (5), the main (10) and backup (11) power supply modules, wireless communication modules (6), activation module (8) of the device for disabling valuables with a remote control device and modules for light and sound indication (7) of the state of the HSC operating modes. Information means include: a Bluetooth module (3), a sensor for monitoring the transparency of the volume of the valuables compartment (12), a sensor for penetration into the body of a conductive or dielectric fluid (14), a sensor for position of the cover of the case (17), a sensor for the status of an electromechanical lock (18), a timer for tracking the states of speed and/or acceleration of movement and rest of the container (9) and sensors for tracking the position and state of movement of the container (15), made on the basis of a 3D accelerometer and a 3D gyroscope, in response to the actions of a collector or a thief, a temperature sensor (13). The communication lines of the central microcontroller module with the Bluetooth, GPS, cellular communication modules, light and sound indication of the HSC operating modes are located on the inside of the signalling grid and are made in form of an optical encrypted interface.

EFFECT: expansion of the functionality of the HSC for the container in modes of storage, movement and counteraction to most sabotage, attempts of unauthorized access and disabling, immersion in liquid or sending the container empty.

8 cl, 1 dwg

Description

The invention relates to means for storing and transporting valuable items, mainly securities and information carriers between different geographical locations, in particular, to moving money in bank packaging and in plastic cassettes of ATMs, namely, a device for storing and transporting valuables, including hardware and software complex (APC), protection against theft and unauthorized entry into the container (special container for storage and transportation of valuables).

Transportation of cash values in bank packaging and safe packages, ATM cassettes and automated deposit machines and other securities requires minimizing the risks of theft and the possibility of a successful attack on collectors at the stage of moving valuables to a secure vehicle or stationary secure storage. There is also a need to prevent accidental or intentional shipment of an unloaded container (without attachment), which can be the cause of a criminal situation. In connection with the growth of criminal activity, along with others, there remains an urgent need for more advanced means of transporting and storing valuable items and various objects attractive for theft. The expanding volume of production of containers designed for storing and transporting securities requires expanding the arsenal and improving the designs of technical means designed for this purpose, in particular, devices for storing and transporting valuables and software and hardware systems for monitoring the integrity of the portable storage case, activating protective mechanisms impact on the contents of the storage in case of unauthorized access.

A device for storing and transporting valuables is known, which includes a controller that activates an alarm device (a smoke generator and a siren) in response to exceeding the critical distance from the storage to a stationary or mobile beacon, determined using a Bluetooth module; operator key fob; detector for monitoring the state of the storage fastener; optical sensor of penetration into the internal protected space; flash memory to record the exact time of various logged actions such as arming or disarming and geographic location of the vault at different times, GPS tracker and cellular modem in order to transmit the mobile storage location data to the monitoring service. The charger (US 20210035421) is used to recharge the internal battery.

The disadvantages of this solution are the lack of mutual control of the health of electronic units, control of the operation of internal units and recording in non-volatile memory, the absence of direct control of the integrity of the walls of the storage, the possibility of cloning additional key fobs of the Bluetooth module, the lack of control of the battery discharge and unprotected access to the charger connector.

A device for storing and transporting valuables is known, consisting of a complex control module based on a microcontroller; sensors for monitoring the presence of external influences that threaten the integrity of the hull; interface conversion module for switching with external devices of the complex, such as an actuator for marking the contents of the storage, a radio receiver for remote activation of the actuator and an interface module for providing access to the contents of the storage. The remaining elements of the complex are located inside the storage in places that most fully ensure their functionality, and are connected to the main platform by means of electrical wires and communication connectors (RU 182734).

The disadvantages of this solution are the low reliability and narrowness of functionality in the modes of storage, movement and countering unauthorized access attempts.

A device for storing and transporting valuables with an inner cassette for receiving valuables and an outer housing for accommodating the inner cassette is known, the inner cassette contains a means for communicating with the outer housing, a means for detecting an impact on the inner cassette and a valuables damage device, and the outer housing contains a means for connection with the inner cassette and a means for detecting an impact on the outer casing, wherein the defacement device is configured to be activated in the case when the means for detecting an impact on the inner cassette detects an impact on the inner cassette, or in the case when the means for detecting impact on the outer case detects the impact on the outer case. The valuables damaging device is mounted in the lid of the inner cassette having a timer configured to activate the valuables damaging device after a predetermined period of time has elapsed. It contains one or more sensors selected from among the following devices: an intrusion detector; liquid presence detector; lid opening detector; impact detector on the loading door; tilt angle detector, acceleration sensor and metal detector, intrusion detector; liquid presence detector; lid opening detector; temperature sensor; hinge impact detector and acceleration sensor (RU 2523966).

The disadvantage of this solution is the narrowness of the functionality in the modes of storage, movement and countering unauthorized access attempts. Breaking the connection between the sensors and the activation device will allow unauthorized access to the contents of the storage.

A device for storing and transporting valuables is known, comprising a housing (cabinets, racks), a computing module of the central processor, configured to exchange information and commands with information and executive means connected to it, including the main and backup power modules, modules of operational and permanent data memory , access control module, wired communication modules, wireless mobile and communication modules, Wi-Fi and Bluetooth interface, navigation module, mobile control device, means of light indication of operating modes, and module cooling (RU 2731670).

The disadvantage of this solution is the narrowness of functionality in the modes of storage, movement and countering attempts of unauthorized access and destruction of the special container.

A device for storing and transporting valuables of a container (special container) is known, having a body with a lid, an electromechanical lock, a device for disabling valuables, a compartment for valuables and peripheral compartments, containing a programmable computing module connected by communication lines with the possibility of exchanging information and commands with connected to information and executive means, including modules of operational and permanent data memory, an access control module with a break-type signaling grid, a timer, a sensor for tracking position and states of movement and rest, a GPS navigation module for determining geographic coordinates, the main and backup power modules, modules for wireless and mobile communications, activation module of the device for disabling valuables, mobile control device, as well as means of light and sound indication of the state of the special container (GB2329327, prototype).

A device for storing and transporting valuables is known, containing an inner cassette for receiving valuables and an outer housing for accommodating the inner cassette, the inner cassette containing a means for communicating with the outer housing, a means for detecting an impact on the inner cassette and a valuables damage device, and the outer housing contains a means for communication with the inner cassette and a means for detecting an impact on the outer casing, wherein the defacement device is configured to be activated in the case when the means for detecting an impact on the inner cassette detects an impact on the inner cassette, or in the case when the means for detecting damage to the inner cassette impact on the outer case detects the impact on the outer case (RU 2523966, prototype).

The disadvantage of the known solutions of the solution is the narrowness of the functionality in the modes of storage, movement and counteraction to the majority of attempts of unauthorized access, various in the way of impact, and bringing the container (special container) into disrepair.

None of the well-known HSC special containers offers a comprehensive solution for implementing the full range of functions for monitoring unauthorized impact on the special container and many options for setting the algorithm for interacting with the operator, cannot prevent its failure by accidental or intentional immersion in liquid, and also prevent accidental or intentionally sending an unloaded special container (without attaching valuables).

The technical problem to be solved by the present technical solution is to expand the arsenal and improve the efficiency of the device for storing and transporting valuables, including a hardware-software complex (HSC), protection against theft and unauthorized entry, suitable for implementing the full range of control and protective functions.

The technical result achieved through the use of the claimed technical solution is to implement the purpose (functionality) of the device for storing and transporting valuables of the container in the modes of storage, movement and counteracting most sabotage, attempts of unauthorized access and rendering the container unusable, diving into liquid or sending an empty container. This ensures the selection and appropriate adaptive behavior of information and executive means, based on a combination of input information components to form the most appropriate response to an expanded scope of possible external conditions and influences, based on the performance by the central microcontroller module and under its control of the optimally selected maximum scope of functions.

The essence of the invention lies in the fact that a device for storing and transporting valuables, including a container having a multilayer body with a multilayer lid and bottom, an electromechanical lock, a central compartment for valuables, a device for disabling valuables and peripheral compartments with modules of information and executive means, and communication lines, a hardware-software complex (HSC), while the HSC contains a programmable computing module, made in the form of a central microcontroller module, located in one of the peripheral compartments, and made with the ability to test information and executive tools and communication lines, as well as with the ability to bidirectional high-speed exchange of information and commands in real time between them, with simultaneous maintenance of a relational list of information corresponding to each component of the input information about the state of the executive and information means, and the executive means include: modules of operational and permanent data memory, an access control module - a housing integrity module , with a broken-type signaling wire mesh integrated into the multi-layer walls of the container body, a GPS navigation module for determining geographic coordinates, a main and backup power modules, wireless communication modules, a module for activating a device for disabling valuables with a remote control device and modules for light and sound indication of the status modes of operation of the hardware-software complex, information tools include: a Bluetooth module, a sensor for monitoring the transparency of the volume of the compartment for valuables, a sensor for penetrating the body of a conductive or dielectric fluid, a sensor for the position of the cover of the case, a sensor for the status of an electromechanical lock, a timer for monitoring speed and / or acceleration of movement and rest of the container and sensors for tracking the position and state of movement of the container, made on the basis of a 3D accelerometer and a 3D gyroscope, in response to the actions of a collector or thief, a temperature sensor inside the case, while the communication lines of the central microcontroller module with Bluetooth modules, GPS, cellular communication, light and sound indication of HSC operating modes are located on the inside of the signaling grid and are made in the form of an optical encrypted interface.

Preferably, the communication lines of the optical encrypted interface are wired and/or galvanically isolated based on optocouplers or infrared transceivers with an open optical channel.

Preferably, the central microcontroller module is configured to make decisions in abnormal, non-standard and emergency situations, and to prevent sabotage, subject to checking the algorithm of its actions with a logic control subfunction.

Preferably, the central microcontroller module is made with a neural computer architecture for maintaining a set of object files containing information about all information and executive means and situations that were encountered earlier during the operation of the container, storing a set of corresponding response files for each response in the form of an adaptive behavior of the executive means , based on the combination of input information components and the formation of the most appropriate response.

Preferably, the central microcontroller module is made with built-in non-volatile memory.

Preferably, the broken-type housing integrity sensor is a signaling grid of interlaced wires.

Preferably, the container body is made of multilayer walls, into which a broken-type signaling wire mesh is integrated, connected to the body integrity sensor.

Preferably, the device for destroying valuables is a frame structure with cells for accommodating a group of liquid dye packages, an active element configured to spray the liquid dye and destroy securities, and an initiator for actuating the active element associated with the activation module of the device for bringing to worthlessness of values.

The drawing shows a block diagram of a hardware-software complex (HSC) of a device for storing and transporting container valuables.

In the drawing, positions are indicated:

1 - central microcontroller module with built-in non-volatile memory;

2 - module of backup non-volatile memory "black box";

3 - Bluetooth Low Energy module (hereinafter referred to as the Bluetooth module) for wireless communication with an external mobile control device;

4 - mobile control device;

5 - module for determining geographic coordinates (navigation) GPS;

6 - wireless cellular communication module;

7 - module of light and sound indication of AIC operating modes;

8 shows a module of a device for destroying valuables, mainly for activating a system for destroying plastic packaging and indelibly marking securities;

9 - timer tracking speed and/or acceleration of movement, and rest;

10 - main power module;

11 – additional power supply module;

12 - sensor for controlling the transparency of the volume of the compartment for valuables;

13 - ambient temperature sensors and the rate of its change;

14 - sensors penetration into the body of a conductive or dielectric fluid;

15 - sensors for tracking the position and state of motion, which determines the behavioral model of the HSC of the special container in response to the actions of the collector or thief based on a 3D accelerometer and a 3D gyroscope;

16 - access control module (hull integrity) of a break type (for example, grids according to patent RU 205947);

17 - position sensors (closed or open) of the cover of the body of the special container ;

18 - sensor for the state of the electromechanical lock (locked or not locked state of the lock bolts).

The special container has a multi-layer body with a multi-layer lid and bottom, an electromechanical lock, a device for disabling valuables, a central compartment for valuables and peripheral compartments (not shown).

Module 1 of the central microcontroller is a microcircuit designed for program control of electronic circuits. It consists of both a computing device, read-only memory (ROM) and random access memory (RAM). In addition, the module 1 of the central microcontroller, as a rule, contains input / output ports, timers, an analog-to-digital converter (ADC), serial and parallel interfaces.

Module 2 - read-only memory (ROM) is a module 2 of backup non-volatile memory "black box" and is preferably located in one of the peripheral compartments of the special container, which can be located in the case wall, bottom or cover.

Communication lines (not marked) of module 1 of the central microcontroller with information and executive means connected to it 2 - 18, with modules 3 (Bluetooth module), 5 (GPS geographic coordinates (navigation) module), 6 (wireless cellular communication module), 7 (module for light and sound indication of HSC operation modes) are made in the form of an optical encrypted interface based on optocouplers with an open optical channel or using a fiber-optic encrypted interface, and are placed in a special container body on the inside of a break-type signaling grid (not shown).

An optocoupler is the simplest type of optocoupler. It consists only of emitting and receiving parts, namely infrared emitting diodes and photodiodes, phototransistors. The communication channel inside the optocoupler is immune to electromagnetic fields, so the signal is protected from interference and interference.

An optocoupler is an optoelectronic device, the main functional parts of which are a light source and a photodetector, which are not galvanically connected to each other, but located inside a common sealed housing. The principle of operation of an optocoupler is based on the fact that an electrical signal applied to it causes a glow on the transmitting side, and already in the form of light, the signal is received by the photodetector, initiating an electrical signal on the receiving side. That is, the signal is transmitted and received via optical communication within the electronic component.

For optocouplers with an open optical channel, the optical axes of the emitter and receiver are either parallel or at a slight angle. The emitter and receiver can be located at a sufficiently large distance from each other - 2 - 25 mm.

Module 1 of the central microcontroller is configured to test information and executive tools 2 - 18, as well as testing communication lines and bidirectional high-speed exchange of information and commands in real time while maintaining a relational list of information corresponding to each component of the input information about the status of information and executive tools 2 - 18. The module 1 of the central microcontroller is preferably made with a neural computer architecture for maintaining a set of object files containing information related to all information and executive means 2 - 18 and situations that were encountered earlier during the operation of the special container, storing a set of corresponding response files and indicators for each response reactions in the form of adaptive behavior of executive means, determining the type and extracting the basic meaning of incoming input information about the current state of information and executive means to select the appropriate adaptive behavior of the latter based on a combination of input information components and form the most appropriate response.

The neural network of the AIC is characterized by its computational load, i.e. the software of module 1 of the central microcontroller, as well as the number of parameters that are described by the neural network and determined by the composition of information and executive tools.

The hardware-software complex (HSC) of the device for storing and transporting valuables of the container works as follows.

At the geographical origin, securities are placed in the valuables compartment, in particular, money in bank packaging, safe packages and/or in plastic cassettes of ATMs. The sensor 12 for controlling the transparency of the volume of the valuables compartment detects the presence or absence of contents in the valuables compartment, since "transparency" means that the compartment freely transmits light rays. According to the information received from the sensor 12 about the presence or absence of transparency, the module 1 of the central microcontroller detects the absence or presence, respectively, of investments in the valuables compartment, turns on the appropriate combination of modules 7 of light and sound indication and issues commands to alert for duty and activate all information and executive means 2 - 18 as part of the AIC of the special container.

In particular, if there is no content in the valuables compartment, at the signal of sensor 12, module 1 of the central microcontroller issues commands to make it ready for loading, on duty and to activate part of the information and executive means 2 - 4, 7, 10 - 12, 17, 18 as part of the APC special container.

Moving to the final geographical point is usually carried out using public or special vehicles.

Bluetooth wireless communication module 3 with an external mobile control device, mobile control device 4, wireless cellular communication module 6 provide, if necessary, communication with a stationary external server of the owner of the special container and/or valuables loaded into it.

Timer 9 allows you to set the behavioral model of the special container HSC in response to the actions of the collector or the thief.

So, for example, when a special container moves with a given acceleration of 1-3 m/s for 15-30 minutes (specified values of acceleration and time of the mode of transferring a special container to a secure storage), the HSC considers that this is a regular mode.

Deviations from the normal mode are fixed by the HSC, a signal is given about the deviation from the normal mode and, in a critical case, the marking module will be activated.

If necessary, you can put a special container, wait for a specified time, and extend the time of movement in normal mode by a predetermined amount (for example, by 10 - 30 minutes). You can do this a given number of times.

Sensors 15, respectively, record the current acceleration and position (vertical, horizontal, etc.) of the special container.

During repeated daily operation, the special container is repeatedly moved and transported, during which shock effects on the surface of the case are possible. The multilayer walls of the special container are preferably made with the following outer and inner layers: an outer molded protective shell with stiffening elements and metal embedded elements, a damping layer of liners located under it made of molded foam material with a density of 20 to 60 kg/m ³ , as well as a supporting cocoon, in which peripheral compartments are located (not shown).

The impact of almost all permissible operational mechanical impacts does not lead to crushing and other damage to the housing elements, to the destruction of the passive protection signaling grid, false alarms of the sensitive element, i.e. signaling grid in the cocoon and disruption of the regular operation of the special container.

In the absence of violations, the resistance of the wire signaling grid is the same over the entire area of the signaling grid. In case of violation, i.e. breakage of the wire of this grid, a section of increased electrical resistance appears in it, i.e. rupture of the electrical circuit of the alarm system of the interrupted type, perceived by the module 16 of the access control.

The device of the hardware-software complex controls the resistance of the electrically conductive wire over the entire area of the signaling grid and, if it breaks, starts the corresponding actuator (module 7), which gives a sound and / or light signal, activates module 8, i.e. means of disabling securities and/or performing other protective actions that interfere with the goals of the offender.

In the process of bidirectional high-speed exchange of information and commands in real time with the simultaneous maintenance of a relational list of information corresponding to each component of the input information on the state of information and executive tools, the HSC and its elements ensure that the central microcontroller module 1 performs and under its control an expanded range of functions for decision-making in abnormal, non-standard and emergency situations, and prevention of sabotage with the condition of checking its actions in accordance with the embedded intelligent algorithm with a logic control subfunction:

- storage of system information and information about all actions with the HSC on a permanent storage device (hereinafter referred to as ROM) with the ability to quickly read data;

- determination of their geographic coordinates and their transfer to the external server of the special container owner after activation of the module of the system for the destruction of plastic packaging and labeling of securities;

- determination of the presence of the fact of acceleration in three mutually perpendicular directions, monitoring of movement and learning using behavior marks;

- testing the power supply system of hardware modules with indication of the degree of discharge;

- testing of information and executive means, as well as testing of communication lines;

- setting up the GSM interface (configuring network parameters, APN), monitoring the connection status;

- displaying the current states and main characteristics of the HSC modules in real time;

- testing telemetric sensors and liquid presence sensors, position and movement sensors, special container body integrity sensors;

- detection of the presence of loading in a special container;

- light and sound indication of operating modes;

- issuance of notifications and warnings about changes in the operating modes of the agro-industrial complex and about errors;

- setting the sequence and time parameters for moving the special container and the actions of the collector;

- control of an electromechanical lock (supply of electric voltage of direct current);

- control of the activation module of the system for the destruction of plastic packaging and labeling of securities;

- activation of the APK and display of the location of the APK after activation.

As a result, the module 1 of the central microcontroller, using a neural computer architecture, implements decision-making in emergency, non-standard and emergency situations, and the prevention of sabotage with the condition of checking its actions in accordance with the embedded algorithm with a logic control subfunction.

When valuables are placed in a special container and the lid is closed, the HSC tests modules and sensors and switches to security mode. In case of violation of the predetermined sequence and time parameters of the actions of the collector, due to an attack, theft or unauthorized impact on the special container and its components, the HSC activates the module 8 for the destruction of plastic packaging and labeling of securities and renders the contents of the special container insolvent by directed spraying (spraying) of a special dye on packaged securities, and/or mechanical destruction placed in a closed compartment of a special container, making them unsuitable for further legal use.

In the event of an attempt to disable the special container by heating, cooling or immersing it in a liquid - a conductive or dielectric fluid, its entry into the communication lines and / or module 1 of the central controller leads to the operation of the sensor 14 for penetration into the body of a conductive or dielectric fluid ( including in the case of gaseous), the formation of sound and light signals by module 7 and the activation of module 8 for the destruction of plastic packaging and labeling of securities and causes the contents of the special container to become insolvent.

Thus, the claimed APC of the special container provides for the control and prevention of its failure by accidental or intentional immersion in liquid, as well as the prevention of accidental or intentional dispatch of an unloaded special container (without investing valuables).

Since the claimed APC of the special container provides for the prevention of sending an unloaded special container (without investing valuables), the possibility of a conflict situation is prevented. The place and time of receipt of valuables at the destination is guaranteed.

If somehow theft occurred on the route, then the operation of the sensor 12 for controlling the transparency of the volume of the compartment for valuables will allow the APC module 1 to immediately accurately determine the moment and place of such an event.

In accordance with the foregoing, as a result of the implementation of the claimed invention, an expansion of the arsenal and an increase in the efficiency of the body of a special container for transporting securities, and the implementation of expanding the functionality of special containers for transporting securities by creating a more advanced design of a device for storing and transporting valuables and its hardware and software complex (HSC), which has enhanced functionality, increased content safety, durability, reliability and ease of use (during transportation and storage).

Through the use of the claimed technical solution, the purpose, expansion of the arsenal and functionality of the device for storing and transporting valuables and its hardware and software complex (HSC) is realized, which consists in ensuring the selection and appropriate adaptive behavior of information and executive tools based on a combination of components input information for the formation of the most acceptable response to an extended scope of possible external conditions and influences, based on the execution by the central microcontroller module and under its control of the optimally selected scope of functions.

Claims (12)

1. A device for storing and transporting valuables, including a container having a multilayer body with a multilayer lid and bottom, an electromechanical lock, a central compartment for valuables, a device for disabling valuables, and peripheral compartments with modules of information and executive means, and communication lines, hardware and software complex (APK), characterized in that the HSC contains a programmable computing module, made in the form of a central microcontroller module, located in one of the peripheral compartments and made with the possibility of testing information and executive means and communication lines, as well as with the possibility of bidirectional high-speed exchange of information and commands in real time between them, while maintaining a relational list of information corresponding to each component of the input information about the state of the executive and information means, moreover, the executive means include: modules of operational and permanent data memory, an access control module - a housing integrity module, with a broken-type signaling wire mesh integrated into the multilayer walls of the container body, a GPS navigation module for determining geographic coordinates, the main and backup power modules, wireless communication modules , a module for activating a device for disabling valuables with a remote control device and modules for light and sound indication of the state of the operating modes of the hardware-software complex, information means include: a Bluetooth module, a sensor for monitoring the transparency of the volume of the valuables compartment, a sensor for the penetration of a conductive or dielectric fluid into the body, a sensor for the position of the cover of the case, a sensor for the status of an electromechanical lock, a timer for monitoring speed and / or acceleration of movement and rest of the container and sensors tracking the position and state of movement of the container, made on the basis of a 3D accelerometer and a 3D gyroscope, in response to the actions of a collector or thief, a temperature sensor inside the case, at the same time, the communication lines of the central microcontroller module with the Bluetooth, GPS, cellular communication modules, light and sound indication of the HSC operation modes are located on the inside of the signaling grid and are made in the form of an optical encrypted interface. 2. The device according to claim 1, characterized in that the communication lines of the optical encrypted interface are wired and/or galvanically isolated based on optocouplers or infrared transceivers with an open optical channel. 3. The device according to any one of claims 1, 2, characterized in that the central microcontroller module is configured to make decisions in emergency, non-standard and emergency situations and prevent sabotage with the condition of checking the algorithm of its actions with a logic control subfunction. 4. The device according to claim 3, characterized in that the central microcontroller module is made with a neural computer architecture for maintaining a set of object files containing information about all information and executive tools and situations that were encountered earlier during the operation of the container, storing a set of corresponding response files for each response in the form of an adaptive behavior of the executive means, based on the combination of input information components and the formation of the most appropriate response. 5. The device according to any one of claims 1, 2, 4, characterized in that the central microcontroller module is made with built-in non-volatile memory. 6. The device according to any one of claims 1, 2, 4, characterized in that the broken-type housing integrity sensor is a signaling grid of interlaced wires. 7. The device according to claim 6, characterized in that the container body is made of multilayer walls, into which a broken-type signaling wire mesh is integrated, connected to the body integrity sensor. 8. A device according to any one of claims 1, 2, 4, 7, characterized in that the device for disabling valuables is a frame structure with cells for placing a group of liquid dye packages, an active element configured to spray liquid dye and destroy valuables. papers, as well as an initiator for actuating the active element associated with the activation module of the device for disabling valuables.

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