RU187122U1 - Device for extinguishing fires and fires of explosion and explosion prevention with foam of low and medium multiplicity - Google Patents

Abstract

The invention relates to fire extinguishing and fire and explosion prevention techniques, namely, devices for the combined extinguishing of large-scale fires of classes A and B and for fire and explosion prevention by air-mechanical combined foam of low and medium multiplicity. To increase the efficiency of fire extinguishing and fire prevention by increasing the range and uniformity and low multiplicity in the area of the fire and improving the safety of the process of extinguishing fires and fires Equipment for especially fire and explosion hazardous facilities, a device for combined fire extinguishing and fire and explosion prevention with foam of low and medium multiplicity contains two generators of combined low and medium multiplicity foam fixed to the traverse, containing a housing with a package of medium generation foam generation grids located inside the housing, and a unit of nozzles for feeding nozzles located in front of the housing an aqueous solution of a foaming agent on a packet of medium generation foam generation nets, a low-foam formation barrel, a pipeline for supplying an aqueous solution of the foaming agent to the nozzles and the barrel for forming a low multiplicity of foam and means for connecting the foam generator to the pressure pipe. The means of automated traverse turns with foam generators fixed on it in the vertical and horizontal planes are made with the possibility of their connection to the remote control system and with the possibility of remote control remote control or radio signals of the remote control system. The tool is automated s crosspiece turns with zakreplennnymi foam generators therein in the vertical plane is in the form of the actuator, and a linear actuator comprising an electric motor, and means for automatic rotation crosspiece with zakreplennnymi foam generators therein in the horizontal plane comprises a rotation gear mechanism and a motor. 14 s.p. crystals, 7 ill., 2 tab.

Description

Technical field

The invention relates to fire extinguishing and fire and explosion prevention techniques, namely, devices for extinguishing fires of classes A and B and for fire and explosion prevention by air-mechanical combined foam of low and medium multiplicity and can be used for rapid formation and uniform distribution of combined foam of low and medium multiplicity at large areas of fire of flammable liquids, solid combustible materials and bottling of liquefied petroleum and natural gases (LPG and LNG), where to prevent repeated fires requires an operational fire extinguishing agent throughout the fire-hazardous area, and can also be used for cooling and / or fire protection of buildings, structures, machinery, equipment, combustible and explosive materials.

State of the art

Known mobile and portable fire extinguishing means.

Known motor pump for fighting a fire, comprising a pump with a drive engine, an engine control unit and a hose line, the pressure hose of which has a spray gun and a connector for connecting the hose to the pump, characterized in that a switch is connected to the spray gun connected by a connecting line to the block engine control, while the pump is equipped with a heating unit for the pumped fluid associated with the connecting line [RU 30274 A62C 25/00 Publ. 06/27/2003].

The disadvantage of this device is the low fire extinguishing efficiency associated with a limited amount of stored extinguishing agent and with a limited consumption of extinguishing agent.

A multi-purpose mobile foam-generating installation is known for generating foam, mainly at nuclear fuel cycle facilities, including a tank for water or a foaming agent solution, a pump with an electric motor, a comb for connecting medium-sized air-foam generators (foam generators), pipelines, hoses and reinforcement, additionally equipped with foam generators of low multiplicity (K <20) and high-foam (K = 200-1000), working with grids of two types (ordinary - flat or metal fabric - volume weaving), and a valve is installed on the comb, which allows you to smoothly control the flow rate of the foaming solution supplied to the high-foam generator with a flow rate of 0.5-10 l / min. In addition, the tank is equipped with a cover designed to seal it when pressure is created in it up to 6 atm. These signs provide an increase in the universality of the installation [RU 2308996 A62C 27/00, A62C 5/02 Publ. 10.27.2007].

The disadvantage of this device is the significant weight and dimensions, as well as the impossibility of its use in industrial and low-rise buildings of urban and rural settlements, forest and landscape fires.

A mobile fire module previously developed by the applicant is known, comprising fire extinguishing means installed on a car trailer, characterized in that, as fire extinguishing means, the mobile fire module comprises at least one motor pump connected by fire hoses and water supply lines and a foaming agent a container for a foaming agent, at least one water tank, fire hoses, a stationary fire installation and at least one backpack fire device extinguishing [RU 121167 A62C 25/00 Publ. 10/20/2012].

The disadvantage of a mobile fire module according to RU 121167 is the possibility of its use only in places accessible for automobile movement and the impossibility of its manual transfer to and from fire places in places difficult to access for vehicles.

Stationary and manual fire monitors are known that form water jets and foams of low multiplicity with a feed range of 20-60 m. However, they do not allow for a large area of uniform coverage, require the use of expensive film-forming fluorinated foaming agents, which does not allow to obtain the required fire extinguishing effect, and leads to delay extinguishing time and the high cost of blowing agents used in extinguishing a fire.

It is known to use foam of medium multiplicity, which has increased fire extinguishing efficiency compared to foams of low multiplicity when extinguishing oil and oil products and generators of foam of medium multiplicity in portable and stationary versions. However, most of the well-known medium foam generators provide foam jets from 3 to 8 m, which complicates the process of their use due to the high risk of the personnel of fire departments working in the fire zone.

Known previously developed by the applicant device for forming a foam jet of medium multiplicity of increased range, in which to increase the productivity, economy and fire extinguishing efficiency by creating a combined jet of foam of medium and low multiplicity and increase the range of the foam jet of medium multiplicity up to 20-50 m, a solution is supplied a foaming agent on the mesh in the foam generator housing to produce a medium-sized foam jet with the formation of a foam jet with increasing frequency and decreasing ysya density from the center to the periphery. At the same time, two or more jets of a foaming agent solution from two or more nozzles or other means of forming directed jets are simultaneously fed onto the foam generator grid, with the possibility of formation of two or more adjoining and / or mutually intersecting jets of foam of medium multiplicity in the foam generator body and / or outside it with the formation of a single jet of foam of medium multiplicity of increased range [RU 2170123 А62С 5/02 Publ. 07/10/2001].

Known portable fire extinguishing device containing a foam generator with the ability to connect to a fire hose, a means of mixing water with a foaming agent in communication with a foam generator, a container with a foaming agent and a means of supplying a foaming agent to a means of mixing water with a foaming agent, characterized in that the foam generator is made in a portable version, and the tank with the foaming agent is made with the possibility of its placement and transfer in the satchel, and the means of supplying the foaming agent to the means of mixing water with foam browser made in the form of a hose connecting the container located in the satchel with a foaming agent and a means of mixing water with a foaming agent [RU 117297 A62C 15/00 Publ. 06/27/2012].

Actuators are known, which are devices that provide the transfer of force from the control or regulating mechanism to the actuating one and allow circular or linear movements. In most cases, such devices are used to obtain mechanical energy from electrical energy. Distinguish between linear actuators, provide the conversion of mechanical energy into linear displacement, and rotation actuators, providing rotational motion [https://electrosam.ru/glavnaja/jelektrooborudovanie/ustrojstva/aktuatory/, 07/20/2018].

There are no examples of the use of actuators in fire fighting technology in the scope of the search.

The closest in technical essence and the achieved technical result (prototype) is a device previously developed by the applicant with a hydraulic oscillator to extinguish a fire and fire and explosion prevention with low and medium multiplicity foam, which, to increase compactness, mobility and simplify the operational movement of a low and medium multiplicity foam generation device, directly to the place fire, increasing the efficiency of fire fighting, range and uniformity of foam distribution over the area of the fire, increasing safety when extinguishing fires and fire and explosion prevention with foam of low and medium frequency, contains a foam generator of low and medium frequency, a base with a pressure pipe and a hydraulic oscillator with the ability to create automatic oscillatory movements of the foam generator in a given sector of the horizontal plane [RU 176644 A62C 15/00 Publ. 01.24.2018 (prototype)].

The disadvantage of the prototype RU 176644 is the need for on / off by the operator and manual operator control of the foam generator rotations in a vertical plane.

A common disadvantage of the known water-based fire extinguishing devices is that the known stationary and mobile devices have satisfactory range and foam generation performance, but have a large weight and large overall dimensions, have low mobility and can only move along highways and free spaces for their dimensions, and the known compact portable fire extinguishing devices can be delivered to places inaccessible to productive equipment, but possess vnitelno low efficiency due to lack of long range and performance of foam generation, and the necessity of manual operation and in the presence of operators near the extinguishing process devices.

Task and technical result

The main technical problem (the inventive task has not been solved so far) that hinders the possibility of the effective use of known fire extinguishing means (foam generators, fire monitors and other fire extinguishing means) is the need for the constant presence of operators near the foam generators in the process of extinguishing fires and fire and explosion prevention in industrial enterprises with special explosion and fire risk industries, for example, at enterprises of the petrochemical industry or at an enterprise handling of LPG and LNG, as well as at emergency chemical hazardous facilities where the release of potent toxic substances occurs, at facilities for the storage and manufacture of explosives, as well as at facilities where it is necessary to use highly effective combined foams of low and medium multiplicity as a fire extinguishing agent . That is, known fire extinguishing means are characterized by the lack of the ability to provide an automatic fire extinguishing process and fire and explosion prevention and require the constant presence of people.

In addition, the well-known fire extinguishing agents provide the formation and supply of only individual jets of foam or sprayed water only to certain, specific places of the fire, which is effective for extinguishing small fires in low-rise residential and industrial buildings in urban and rural settlements, while extinguishing forest, road and other landscape fires, which does not allow for controlled, fast and uniform coverage of the entire fire area with foam, which, in turn, significantly reduces the efficiency and rate of extinguishing major fires.

The technical result achieved by using the utility model is to increase the efficiency of fire extinguishing and fire prevention by increasing the range and uniformity of the distribution of foam of medium and low magnification over the area of the fire, increasing the safety of the process of extinguishing fires and fire and explosion prevention in especially fire and explosion hazardous facilities by providing remote control and automatic the functioning of the proposed device without the presence of operators neoos Only in the area of fire extinguishing and explosion prevention.

Utility Model Essence

Typical distinguishing features of the proposed device for the combined extinguishing of large-scale fires and fire and explosion prevention foam of low and medium multiplicity are:

- the presence of means of automated on / off and turns connected to the control system and turns fixed to the traverse next to each other two foam generators with the possibility of turns in the vertical and horizontal planes and with the possibility of remote control by means of a remote control or radio signals;

- the ability to control the operation of the device in automatic mode without the presence of operators in the area of extinguishing fires and explosion fire prevention with the ability to automatically turn on / off by fire alarm signals;

- the ability to install the device near fire and explosion hazardous objects or prompt delivery of the device directly to the zone of fire and explosive and fire hazard accidents and quick connection to the pressure pipe of the water supply or the supply of an aqueous solution of a foaming agent;

- the possibility of carrying out an automated process for extinguishing large areas of fire and fire and explosion prevention without the presence of people (firefighters, operators) in the fire or accident zone directly in the fire or accident zone.

- the possibility of expanding the tactical and technical characteristics of fire extinguishing and fire and explosion prevention with foam of low and medium multiplicity at facilities where previously only water was used and only for cooling structures enveloped in flames.

The problem is solved, and the technical result is achieved by the fact that the device for combined fire extinguishing and fire and explosion prevention foam of low and medium multiplicity, according to the utility model

contains two low and medium-frequency combined foams fixed to the generator traverse, containing a housing, a medium-sized foam generation nets generation package placed inside the housing, a unit for injecting an aqueous solution of a foaming agent onto the medium-generation foam generation nets generation package, a low-expansion foam formation barrel, a pipeline the supply of an aqueous solution of a foaming agent to the nozzles and the barrel of the formation of foam of low multiplicity and a means of connecting a foam generator to pressure the pipeline, and means of automated traverse turns with foam generators fixed on it in the vertical and horizontal planes.

The device may include means for regulating the volume of supply of the aqueous solution of the foaming agent from the pressure pipe to the nozzles for supplying the aqueous solution of the foaming agent to the foam jet formation grids of medium multiplicity and to the foam formation trunks of low multiplicity,

or means for supplying an aqueous solution of a foaming agent from a pressure pipe or to nozzles for supplying an aqueous solution of a foaming agent to a medium-sized foam jet formation grid or to low-expansion foam formation trunks,

made in the form of an electric crane with the ability to connect it to a remote control system.

In this case, the means of automated turns of the traverse with the foam generators fixed on it in the vertical plane are made in the form of an actuator containing a linear drive and an electric motor, and the means of automated turns of the traverse with the foam generators fixed on it in the horizontal plane contain a gear transmission of rotation and an electric motor.

Electric motors of automated traverse turns with foam generators fixed on it in the vertical and horizontal planes are made with the possibility of their connection to the remote control system and with the possibility of remote control by means of an external remote control or radio signals of the remote control system.

In this case, the device is made

with the possibility of turning the traverse with the foam generators fixed on it in the vertical and / or horizontal planes in the form of oscillatory movements:

with the possibility of regulation by means of a remote control system of the duration, frequency and amplitude of the traverse turns with the foam generators fixed on it in the vertical and / or horizontal planes,

with the possibility of the start / end of the functioning of the foam generator as a result of feeding / stopping the supply of the foaming agent solution to the pressure head with the ability to automatically turn on / off the foam generators and turn the beam with the foam generators fixed on it in the vertical and / or horizontal planes according to the fire alarm signals.

The means for connecting the device to the pressure pipe can be made in the form of a quick disconnect / disconnect with rotary cam locks of the Kamlok type.

The device can be made with the possibility of fixing it on a transport vehicle in the form of a tractor, a motocar, a car, a car trailer, a water floating means or a gas and oil platform, on a stationary platform, a car lift, a fire foam lift, an automatic mechanical sliding ladder or a manipulator.

Brief Description of the Drawings

The utility model is illustrated by drawings.

In FIG. 1, 2, 3 and 4 respectively show a front view, a side view, a top view and a perspective view of the inventive device for extinguishing large-scale fires and fire and explosion prevention foam low and medium frequency.

In FIG. 5, 6 shows a diagram of the formation of a combined jet of foam of low and medium multiplicity in the device as a result of superposition of jets of foam of medium multiplicity on a jet of foam of low multiplicity and their joint movement into the fire zone.

In FIG. 7 is an embodiment of a quick coupler / disconnect by rotary eccentric clamps for connecting the device to a pressure pipe.

In the figures of the drawings, item numbers show:

nozzles 1 for the formation of jets of foam of medium multiplicity,

foam generators 2 with packs of nets 15 forming foam of medium multiplicity located inside their bodies and trunks 3 of forming foam of low multiplicity,

a rotation unit of the foam generators in the vertical plane 4 in the form of an actuator 6 containing a linear drive for rotating the foam generator in the vertical plane and an electric motor connected to the control system with the possibility of connecting it to the remote control system,

node 5 rotation of the foam generators in the horizontal plane 5, containing a gear transmission of rotation 11 for rotating the foam generators in the horizontal plane and connected to the control system of the motor 7 with the possibility of its connection to the remote control system,

quick-detachable connections 8 with rotary eccentric clamps 12 of the camlock type and flange 9 for connecting the device to the pressure pipe,

traverse 10 for fixing foam generators on it and de-energizing synchronous rotations of the foam generators in a vertical plane by means of an actuator 6 containing a linear drive for turning the foam generators in a vertical plane and connected to the motor control system,

a pipe 13 for supplying water or an aqueous solution of a foaming agent to the nozzles 1 and foam generators of low multiplicity 3,

a stiffener 14 located under the nozzle 13 for attaching the actuator 6 to it, providing for the rotation of the foam generators in a vertical plane.

Utility Model Implementation

The inventive device for extinguishing large-scale fires and fire and explosion prevention with foam of low and medium multiplicity, hereinafter referred to as the "device", is designed to extinguish fires with uniform distribution of foam of low and medium multiplicity over the area of fires of class B combustible liquids, class A solid combustible materials, and liquefied hydrocarbon and natural gases (LPG and LNG).

The device can also be used for cooling and / or fire protection of buildings, structures, machinery, equipment, combustible and explosive materials and products, as well as fire and explosion prevention at the scene of accidents with fire and explosive materials.

The device is designed to create combined jets of air-mechanical combined foam of low and medium multiplicity with the possibility of their automated direction to the fire extinguishing and fire-prevention zone and with the possibility of remote control on / off the foam generators and the rotation of the foam generators in the vertical and horizontal plane.

The device can be effectively used for extinguishing foam of large-scale fires of classes A and B, as well as liquefied hydrocarbon and natural gases (LPG and LNG).

The device is operable when using all types of domestic and foreign blowing agents with a concentration of from 3 to 6% to obtain a foam of low and medium multiplicity

In terms of resistance to the effects of climatic environmental factors, the device corresponds to the design of U (temperate climate) and UHL and placement category 1 according to GOST 15150-69.

A device with remote control for automated fire fighting and fire prevention with combined foam of low and medium multiplicity, hereinafter referred to as the “device”, contains (Figs. 1-3): two foam generators 2 with nozzle blocks 1 for forming foam jets of medium multiplicity by means of mesh packets 15, trunks 3 of formation of a foam jet of low multiplicity located below from the inside of the foam generator housings, a node for turning the foam generators in the vertical plane 4 in the form of an actuator with a linear drive and connected to the dist system control system for electric motor 7, a unit for turning the foam generators in the horizontal plane 5 with a gear transmission of rotation 11 and a motor 7 connected to the remote control system; quick-detachable connection 8 with rotary eccentric clamps 12 of the camlock type and flange 9 for connecting the device to the pressure pipe.

The proposed device operates as follows:

An aqueous foaming agent solution under a preferential pressure of 0.8 MPa (8 kgf / cm ² ) is fed into the device through a pressure pipe with a preferential nominal diameter of 100 m through a pipe 13 for supplying water or an aqueous foaming solution and is divided into two streams.

In one stream, the aqueous solution of the foaming agent is supplied to the nozzles 1 and then to the mesh packets 15 of the foam generators 2, where, when mixed with the ejected air, medium-sized foam jets are formed.

Another stream of an aqueous solution of the foaming agent is supplied to the trunks 3, in which, when mixed with the ejected air, a stream of foam of low multiplicity is formed.

When touching the jet of foam of low and medium multiplicity create a combined jet of foam of low and medium multiplicity (Fig. 5, 6).

The jets of foam of low multiplicity, having a higher density compared to medium-frequency foam and a greater supply of kinetic energy, moves with greater speed, first touches the burning surface and, having a higher heat capacity, cools the burning surface. As a result of this, protection is ensured by the subsequent incoming jets of foam of medium multiplicity from thermal effects and rapid destruction.

Subsequent jets of foam of medium multiplicity mainly isolates the combustion zone from combustible vapors, gases and oxygen.

As a result of the combined action of combined jets of foam of low and medium multiplicity, effective fire extinguishing and fire and explosion prevention at the places of accidents and with combustible and explosive materials is ensured.

At the same time, lower-lying foam jets, having a higher density, higher kinetic energy and, accordingly, greater range, provide longer-range delivery of medium-sized foam jets in comparison with conventional medium-foam foam generators, which also provides effective fire fighting and fire-prevention in places of accidents with combustibles and explosive materials.

The design of the proposed device allows its use in automatic mode with remote control of its on / off and operation.

The device has a compact design (Fig. 1-4), convenient to carry / transport and connect to the main pipelines for supplying water or an aqueous solution of a foaming agent.

By equipping the device with standard quick-detachable connections with pressure pipelines, it is possible to use it in conjunction with other hydraulic fire systems and fire hoses.

A device is proposed for effective fire extinguishing and fire and explosion prevention with combined air and mechanical foam of low and medium multiplicity which can be quickly transferred or transported to the required place, quickly assembled and prepared for use in places inaccessible and / or hard to reach for ordinary fire fighting equipment - at industrial enterprises with special explosion hazard of production, for example, in enterprises of the petrochemical industry or in enterprises with the management of LPG and LNG, as well as in accidents chemical hazardous facilities, where the release of potent toxic substances is possible, at the facilities for the storage and manufacture of explosives, as well as at facilities where it is necessary to use highly effective foams of low and medium multiplicity as a fire extinguisher, including combined jets; and can also be effectively used to extinguish forest and other landscape fires.

The device is operable when using all types of domestic and foreign blowing agents with a concentration of from 3 to 6% to obtain a foam of low and medium multiplicity

In terms of resistance to the effects of climatic environmental factors, the device corresponds to the design of U (temperate climate) and UHL and placement category 1 according to GOST 15150-69.

As an actuator for turning the device in a vertical plane, a linear electric drive of vertical movement LA 36 3 V32 + 10 150 21V or an analogue, the main characteristics of which are shown in Table 1, can be used

To rotate the device in a horizontal plane, a gear transmission of rotation with an electric horizontal movement can be applied, the main characteristics of which are shown in Table 2.

Characteristic features that provide the possibility of confident and safe achievement of a technical result when using the inventive device (causal relationship of essential features and the achieved result) is:

- the possibility of rapid mobile delivery of the device directly to the zone of fire or fire and explosion prevention;

- the possibility of carrying out the process of extinguishing large-scale fires, fire and explosion prevention in the automatic mode of operation of the device without the constant presence of people (firefighters personnel);

- ease of preparation for use, use and disassembly;

- simplicity of design and operation;

- high reliability due to the simple design of the equipment.

- the possibility of high productivity generating water-air combined foam of low 1 and medium multiplicity;

- the formation and use of combined water-air jets of foam of low multiplicity and foam of medium multiplicity;

- the ability to create automatic oscillatory movements of dual foam generators in various angular ranges of the device, providing quick uniform foam coverage of the entire surface of the fire and fire and explosion prevention,

- the ability to effectively extinguish fires or to effectively protect against fire in places that are difficult to access and inaccessible to commonly used well-known manufacturing equipment, due to the possibility of a mobile device directly to the place of extinguishing the fire and fire and explosion prevention.

A detailed description of the design and functioning features prove the industrial applicability of the utility model.

Separate parts and components of the equipment of the claimed device according to the invention for the implementation of these functions can be made of structural elements and materials commonly used in fire fighting equipment, using conventional equipment using conventional technologies known and used in the field of modern fire fighting and fire prevention technology.

Claims (21)

1. A device for the combined extinguishing of fires and fire and explosion prevention foam of low and medium multiplicity, characterized in that it contains two generators of low and medium multiplicity combined foam fixed to the traverse, containing a housing with a package of medium generation foam generating nets placed inside the housing, a unit of nozzles for supplying an aqueous solution of a foaming agent to the packet of medium-generation foam generating grids located in front of the housing, low-foam foam barrel a pipeline for supplying an aqueous solution of a foaming agent to nozzles for supplying an aqueous solution of a foaming agent to a packet of medium-generation foam generation grids and to a low-foam foam formation trunk and a means for controlling the volume of the supply of the aqueous solution of the foaming agent from the pressure line to the nozzles for supplying the aqueous solution of the foaming agent to the foam jet grids of medium multiplicity and to the trunks of formation of foam of low multiplicity located on said pipeline for supplying an aqueous solution of a foaming agent. 2. The device according to claim 1, characterized in that the means for regulating the volume of supply of the aqueous solution of the foaming agent from the pressure pipe to the nozzles for supplying the aqueous solution of the foaming agent to the foam jet formation grids of medium multiplicity and to the trunks of forming the foam of low multiplicity is made with the possibility of supplying an aqueous solution of the foaming agent from a pressure pipeline or to nozzles for supplying an aqueous solution of a foaming agent to a medium foam jet formation grid or to low foam formation trunks multiplicity. 3. The device according to claim 1, characterized in that the means for regulating the volume of supply of an aqueous solution of a foaming agent from a pressure pipe to the nozzles for supplying an aqueous solution of a foaming agent to a medium-sized foam jet formation nets and low-expansion foam formation trunks is made in the form of an electric drive crane with the possibility of it connection to the remote control system. 4. The device according to p. 1, characterized in that it contains a means of automated turns of the traverse with foam generators fixed on it in the vertical and horizontal planes. 5. The device according to p. 3, characterized in that the means of automated turns of the traverse with the foam generators fixed on it in a vertical plane is made in the form of an actuator containing a linear drive and an electric motor. 6. The device according to claim 1, characterized in that the means of automated turns of the traverse with the foam generators fixed on it in a horizontal plane contains a gear transmission of rotation and an electric motor. 7. The device according to claim 1, characterized in that the electric motors of the automated traverse turns with the foam generators fixed on it in the vertical and horizontal planes are made with the possibility of their connection to the remote control system. 8. The device according to claim 1, characterized in that the electric motors of the traverse turns with the foam generators fixed on it in the vertical and horizontal planes are made with the possibility of remote control by means of an external remote control or radio signals of the remote control system. 9. The device according to claim 1, characterized in that it is configured to rotate the yoke with the foam generators mounted on it in the vertical and / or horizontal planes in the form of oscillatory movements. 10. The device according to claim 1, characterized in that it is configured to control, by means of a remote control system, the duration, frequency and amplitude of the traverse turns with the foam generators mounted on it in the vertical and / or horizontal planes. 11. The device according to claim 1, characterized in that it is configured to start / end the operation of the foam generator as a result of feeding / stopping the supply of the foaming agent solution to the pressure pipe by means of control system signals. 12. The device according to claim 11, characterized in that it is configured to automatically turn on / off the foam generators and rotate the yoke with the foam generators mounted on it in the vertical and / or horizontal planes according to the fire alarm signals. 13. The device according to claim 1, characterized in that the pipeline for supplying an aqueous solution of a foaming agent to the nozzles for supplying an aqueous solution of a foaming agent to a packet of medium-generation foam generation grids and to the low-foam generation barrel contains quick-disconnect couplings / disconnections by means of camlock cam locks with a main pipeline . 14. The device according to p. 1, characterized in that it is made with the possibility of fixing it on the means of transportation in the form of a tractor, motocar, car, car trailer, watercraft or gas-oil platform. 15. The device according to p. 1, characterized in that it is made with the possibility of fixing it on a stationary platform, car lift, fire foam lift, auto-mechanical sliding ladder or manipulator.

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