RU96837U1 - MOBILE MULTI-FUNCTIONAL COMPLEX OF BASING OF SURFACE SHIP AND SUBMARINE - Google Patents

Abstract

 1. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast, including the coastal zone, which includes floating berths and delivery ships for floating berths of various cargoes, used as temporary storage and supply bases equipped with power and control systems for survivability, characterized in that the complex further includes a coastal zone and a remote zone, and the coastal zone contains at least , one technological module of a floating berth, technological module of a floating reinforced concrete energy pontoon, technological module of a floating storage and supply base, technological module of a floating dormitory, technological module of a floating missile and technical base, technological module of a floating repair shop, technological module of a composite floating dock, technological module for helicopters and vertical take-off and landing aircraft, the coastal zone contains a fleet of vehicles, a receiving radio center and a transmitting rad centers of the mobile communications center, barriers and protection against unauthorized entry, the remote zone includes automatic barriers and protection against unauthorized penetration of surface ships, submarines and swimmers, interaction and control of communications of technological modules, systems and devices of the complex, surface ships and submarines is carried out through an inter-nodal communication network with each other and with the receiving and transmitting radio centers of the mobile communication node

Description

The utility model relates to special-purpose structures, in particular, to mobile multifunctional complexes for basing surface ships and submarines on unequipped coasts and can be used in the development and formation of reliably protected naval naval facilities in conditions of rapid deployment and complete absence of pre-prepared coastal infrastructure .

The creation of developed and reliably defended mobile-based fleet-based systems is of great importance for the peaceful life of coastal areas, as well as for the successful conduct of military and special operations at sea.

The high costs of staying at sea, the high consumption of energy resources and the complexity of modern combat ships do not allow them to make long and distant from the permanent location of the main forces of cruising. Therefore, for operations, modern fleets need to have a place with increased potential combat capabilities combined with high mobility and security with a minimum amount of funds, where the fleet could be on guard, not diverging when sailing, could be provided with energy resources, stocked up with supplies, carry out routine and repair work, maintain facilities for special purposes, etc.

The organization of the fleet of foreign states is such that the naval forces can operate at a great distance from their coastal bases, relying on floating bases consisting of transport and repair ships. Such floating bases are very expensive, since they require much more ships and personnel to service ships and naval bases in areas remote from the coastal zone.

In connection with rapidly developing events related to climatic changes, emergency situations and natural disasters (accidents, catastrophes), military-political changes from aggressively-minded neighboring states, the attack and capture by counterterrorist units (pirates, saboteurs) of commercial and industrial ships in adjacent to coastal areas, basing facilities of the fleet and the destruction of structures of naval facilities there is an urgent need for Denmark developed and reliably defended mobile multi-functional complexes for basing surface ships and submarines on unequipped coasts, which would be of great importance for the peaceful life of coastal areas, as well as for the successful conduct of military and special operations at sea.

Known floating berth terminal, in which each boat is made in the form of a vessel containing a hull with cargo holds, having a bottom, side and deck floors and made with a superstructure, the upper deck floor of which is made over the entire length of the vessel. The walls of the superstructure are made with cargo lapels and installed along the perimeter of the cargo hold openings, which are a continuation of side ceilings and inter-hold partitions with the formation of an additional hold space. Inside the superstructure there are loading and unloading mechanisms made in the form of a beam bridge crane with consoles, the guides of which are installed along the ship’s diametrical plane along the side walls of the superstructure. The consoles are installed in the superstructure with the possibility of their disclosure before pairing with the corresponding consoles of the bridge crane of the neighboring vessel with the possibility of forming transport systems for loading and unloading (RF Patent No. 2100249).

The disadvantage of this technical solution is the narrowness of the tasks and the lack of means of interaction and control of the coastal, coastal and remote areas of the mobile multifunctional complex for basing surface ships and submarines on an unequipped coast.

Known collapsible floating pier, which contains pontoon river links with folding fairings on the extreme pontoons. The berth is equipped with mooring, jacking and anchor devices. The floating collapsible pier has a coastal part. The berth is equipped with intermediate pontoons and motor links with propulsion and steering complexes and with folding nose fairings. These hinged nose fairings are made in the form of trihedral prisms. Motor links are installed symmetrically about the axis of the floating berth on both sides. Each motor link by means of butt assemblies located on one of the faces of the hinged fairing turned to the lower position is connected to the intermediate pontoon. The width of the intermediate pontoon is equal to the width of the motor link. The length of the intermediate pontoon is equal to the width of the pontoon river link with hinged fairings turned to the lower position. The technical result of the invention is to increase the survivability of the floating berth by reducing the time it moves from one place to another and thereby reducing the likelihood of detection and destruction of the berth (RF Patent for the invention No. 2198816).

The disadvantage of this technical solution is the narrowness of the tasks and the lack of means of interaction and control of the coastal, coastal and remote areas of the mobile multifunctional complex for basing surface ships and submarines on an unequipped coast.

A floating gas station is known, comprising a hull, a superstructure, a canopy, a fuel column, a rail, a tank, a piping system for tanks for receiving and dispensing fuel, characterized in that it additionally contains at least one tank for liquid waste with a piping system connected to this tank for receiving and issuing liquid waste (RF Application No. 2007128245).

The disadvantage of this technical solution is the narrowness of the tasks and the lack of means of interaction and control of the coastal, coastal and remote areas of the mobile multifunctional complex for basing surface ships and submarines on an unequipped coast.

Known floating mobile naval base containing several separate base units connected together, and each of these individual base units contains at least two floating lower hulls, a plurality of columns distributed along the length of these lower hulls and protruding upward, and the upper hull connected to the upper the ends of the columns, so that the floating lower bodies are spaced across the width of the upper body and each of the lower bodies is located essentially parallel to the longitudinal axis of the upper body, the individual base blocks connected together with the formation of the runway for airplanes and platforms for aircraft maintenance, it is possible to regulate the draft of these individual base units, individual base units are connected to each other end to end and are self-propelled (RF Application No.2000109324).

The disadvantage of this technical solution is the narrowness of the tasks and the lack of means of interaction and control of the coastal, coastal and remote areas of the mobile multifunctional complex for basing surface ships and submarines on an unequipped coast.

Known reinforced concrete non-self-propelled floating structure for the integrated supply of surface ships and submarines with fuel, water, food, logistics, as well as missile, torpedo, anti-submarine and artillery ammunition and gyro-stabilized equipment (RF application for utility model No. 2009117958).

The disadvantage of this technical solution is the narrowness of the tasks and the lack of means of interaction and control of the coastal, coastal and remote areas of the mobile multifunctional complex for basing surface ships and submarines on an unequipped coast.

A well-known set of control automation equipment contains a video surveillance unit for an object, a unit for measuring the distance to an object, a unit for determining the location of a vehicle, a unit for collecting data from task execution aids, computers with anti-vibration fasteners, and a switching and communication unit has been introduced with information protection tools, headsets, as well as n pairs of modems or an access node and n radio stations, and the access node and n radio stations operate on a unified protocol, while the microtelephone headsets are connected to the switching and communication unit, video surveillance units, measuring the distance to the object, determining the location of the vehicle and the unit for receiving data from task performers with bidirectional connections through the switching and communication unit are connected to computers providing documented information exchange of operators Computers between themselves and through communication channels with the simultaneous solution of specialized tasks, while m (m≥0) computers are connected to the switching and communication unit, and n (n≥1) computers M are connected to it through the corresponding pairs of modems, or n computers are connected to n corresponding radio stations associated with the access node connected to the switching and communication unit, modems are capable of supplying power to external equipment via wires, moreover, pairs of modems or access node and radio stations provide simultaneous voice and data transmission (RF Application No. 2007129735).

The disadvantage of this technical solution is the narrowness of the tasks to be solved and the insufficient availability of coastal, coastal and remote zones with the means of a mobile multifunctional complex for basing surface ships and submarines on an unequipped coast.

A known communication system with mobile and fixed objects, comprising a central station, nodal transmitting stations, nodal receiving stations, subscriber mobile objects and subscriber fixed objects, characterized in that a time synchronization device is introduced into the central station and nodal transmitting stations, while nodal receiving the station introduced synchronous and asynchronous reception channels (RF Patent for utility model No. 15825).

The disadvantage of this technical solution is the narrowness of the tasks.

The closest in technical essence and the achieved technical result (prototype) is a mobile multifunctional complex for basing ships of the navy, including the coastal zone, which includes floating berths and ships providing delivery to floating berths of various cargoes used as temporary storage bases and supplies equipped with power systems and survivability control systems (RF Application for Utility Model No. 2009114767 - prototype).

A disadvantage of the known complex is the narrowness of the tasks of using the complex, namely:

- the complex does not include a storage and supply base for storing all types of food, clothing allowance, technical, skipper, emergency rescue equipment, air purification and regeneration equipment, and consumables;

- the complex does not include dormitories for living personnel of the complex;

- the complex does not include a missile and technical base for storage, maintenance, cargo and special operations with weapons and fuel;

- the complex does not include a repair shop for the implementation of necessary measures in the amount of average repair of surface ships and submarines;

- the complex does not include a floating dock for the implementation of the necessary measures for docking of ships and all types of repair work on their underwater part;

- the complex does not include a module for helicopters and aircraft of vertical take-off and landing for the implementation of measures for the delivery and transfer of goods for various purposes, as well as ensuring the conditions of stay of air objects in constant readiness for special tasks;

- the complex does not include a fleet of vehicles and automotive equipment for special operations in conditions of unequipped coast;

- the complex does not include a mobile communications center in its composition to ensure reliable interaction and control of communication systems and systems of the complex, surface ships and submarines;

- the complex does not include in its composition means of barrage and protection against unauthorized penetration of the perimeter of the complex zone;

- the complex does not include automatic barriers and protection against unauthorized penetration of surface ships, submarines and swimmers to reliably protect the location of the complex and protect underwater communications;

- the complex does not include in its composition means to carry out activities related to the simultaneous reception and removal of personnel of the complex and equipment to transports and warships and their transportation by sea to the destination

The objective of this utility model is to develop and create a mobile multifunctional complex for basing surface ships and submarines on unequipped coasts.

The technical result achieved by the implementation of the utility model is to increase the survivability of a mobile multifunctional complex for basing surface ships and submarines on unequipped coasts with potential possibilities of maximum efficiency by reducing the time it takes to move from one place to another, simplifying maintenance of the complex and ships, and quickly organizing permanent places and temporary dislocation and thereby reducing the likelihood of detection and destruction of the complex.

The tasks are solved, and the required technical result when using a utility model is achieved by the fact that:

- the complex contains at least one technological module of the floating berth, which is designed to ensure the mooring of ships, the ability to travel along the berth of heavy equipment and carry out loading and unloading operations, transfer from the shore to the ship and back various types of electricity, personnel of the complex, and also liquid and gaseous media in conditions of extreme time pressure and the complete absence of pre-prepared coastal infrastructure to support the complex;

- the complex contains a technological module of a floating reinforced concrete energy pontoon, which is designed to service orders of surface ships and submarines at the base of the complex;

- the complex contains the technological module of the floating storage and supply base, which is designed to store all types of food, clothing, technical, skipper, emergency and rescue equipment, air purification and regeneration equipment, consumables, and operation in protected areas in various climatic zones, including in the tropics;

- the complex contains the technological module of a floating hostel, which is designed for the personnel of the complex and year-round operation in protected areas in various climatic zones;

- the complex contains a technological module of a floating missile and technical base, which is intended for storage, maintenance, cargo and special operations with weapons and fuel;

- the complex contains the technological module of a floating repair shop, which allows you to carry out the necessary measures in the amount of average repair of surface ships and submarines;

- the complex contains the technological module of the composite floating dock, which allows the necessary measures to dock the vessels and carry out all types of repair work on their underwater part;

- the complex contains a technological module for helicopters and vertical take-off and landing aircraft, which allows for the delivery and transfer of goods for various purposes, as well as to ensure the conditions of stay of air objects in constant readiness for special tasks;

- the complex contains a vehicle fleet, which is equipped with automotive equipment and allows you to perform special work in conditions of unequipped coast;

- the complex contains a mobile communication center, which allows for reliable interaction and control of communication means of technological modules, systems and devices of the complex, surface ships and submarines;

- the complex contains means of barrage and protection against unauthorized penetration of the perimeter of the coastal zone of the complex;

- the complex in the remote area of its composition contains automatic means of barrage and protection against unauthorized entry of surface ships, submarines and swimmers to reliably protect the location of the complex and protect the underwater communications;

- the complex allows you to carry out activities related to the simultaneous reception and removal of personnel of the complex and equipment to transports and warships and their transportation by sea to their destination;

A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast, including the coastal zone, which includes floating berths and delivery ships for floating berths of various cargoes, used as temporary storage and supply bases equipped with power systems and survivability control systems .

A feature of this utility model is that the complex additionally includes a coastal zone and a remote zone, and the coastal zone contains at least one technological module of a floating berth, a technological module of a floating reinforced concrete energy pontoon, a technological module of a floating storage and supply base, a technological a module of a floating dormitory, a technological module of a floating missile and technical base, a technological module of a floating repair shop, a technological module to a composite floating dock, a technological module for helicopters and aircraft for vertical take-off and landing, the coastal zone contains a fleet of vehicles, a mobile communications center, means of barrage and protection against unauthorized entry, the remote zone includes automatic means of barrage and protection against unauthorized entry of surface ships, submarines boats and swimmers, interaction and control of communication means of technological modules, systems and devices of the complex, surface ships and submarines boats are carried out through an intra-site communication network with each other and with a mobile communication center, and all the communication means of the complex include automated workstations (AWS), which are interconnected via switching and control devices of a transmitting and receiving radio center.

Communication tools include workstations with computers and monitors interconnected over the air with switching and control devices of the Kordinator-6B automated control and switching system (SAUK).

The technological module of the floating berth is made in the form of a non-self-propelled pontoon type vessel and contains at least three reinforced concrete and / or metal pontoons pivotally connected to each other and ramp ramps with hinged fairings for communication with the coastal zone, and the pontoons are equipped with towing, mooring, bumping and anchor devices, connecting bridges to the shore.

The technological module of the floating berth is designed to ensure the parking of ships, the possibility of passing heavy equipment along the berth and carrying out loading and unloading operations, transferring various types of electric power, as well as liquid and gaseous media from the shore to the ship.

The technological module of the floating berth can be used as a ferry for transporting goods and equipment.

The technological module of the floating berth can consist of several reinforced concrete and / or metal pontoons (the standard equipment of the module consists of three pontoons, which provide parking for vessels with a displacement of up to 18,000 tons), steel connecting bridges for communication with the shore.

The ramp ramp of the technological module of the floating berth is designed to install floating berths to the unequipped shore in the absence of a root to ensure the descent to the shore from the technological module of the floating berth of caterpillar, wheeled vehicles and provides:

- connection of the technological module of the floating berth at the unequipped shore;

- landing of personnel;

- production of loading and unloading operations using pneumatic-wheel and caterpillar equipment.

The ramp ramp of the technological module of the floating berth is made in the form of an independent element of the floating structure and consists of the main pontoon and a special floating spacer designed for swiveling the ramp with the floating pontoons of the technological module of the floating berth.

The ramp ramp of the technological module of the floating berth can be used as a ferry for transporting goods and equipment.

Each pontoon of the technological module of the floating berth contains a hull with cargo holds, a guard rail, a bottom deck, side ceilings, an upper deck overlap and inter-hold partitions, the upper deck overlap being the full length and width of the vessel, where L _p ≥55 m and N _p ≥15 m.

At least one pontoon of the technological module of the floating berth contains fuel storage tanks, storage tanks for fresh water, a water conditioning station, a fire extinguishing system, a chilled water supply system, utility networks, pipelines for transmitting liquid and gaseous media for various purposes, communication equipment, video surveillance equipment and lighting devices.

Communication tools include workstations with computers and monitors, interconnected over the air with switching and control devices of the ACS Kordinator-6B.

For the purpose of rigid fixation with the soil of the coastal zone, the technological module of the floating berth is equipped with thermal piles and means for installing thermal piles in the soil.

Various means of crushing piles into the soil are known. The classic pile-squeezing installation consists of a support frame on which a clamping device that fixes the pile is mounted. The clamping device is connected to the support frame by guides and hydraulic cylinders of forward and reverse motion, which allows crushing a pile inserted into the clamping device. The installation support frame is pivotally fixed on the upper floor of the technological module of the floating berth, and the crushing force is determined by the weight of the technological module of the floating berth. Hydraulic jacks are mounted on their own separate frame. The operation scheme of the installation is as follows: with the help of a cargo crane, the installation is placed on the crushing point, the installation is fixed in the crushing place. Then, in turn, with a cargo crane, each pile is fed into the clamping device of the pile-squeezing installation, the pile is grabbed, driven into the ground and the technological module of the berth is fixed (www.sm-stroy.ru).

The technological module of the floating berth is made with through holes for thermowells.

The technological module of a floating reinforced concrete energy pontoon is made in the form of a non-self-propelled reinforced concrete vessel containing a hull having a bottom, side, partition and deck floors with a superstructure of residential premises.

Technological module of a floating reinforced concrete energy pontoon:

- simultaneous servicing of two orders (one from each side);

- preparation and transfer of distilled water to the served order;

- preparation and supply of high pressure air (VVD) to order;

- Preparation and supply of nitrogen for refueling the volumetric chemical quenching system (OXT) to order;

- receipt of warm water from the order for the energy pontoon, its cooling and delivery back to the order;

- receiving from coastal sources of electric power of alternating current with voltage of 6 kV, current frequency of 50 Hz, converting it to the required parameters and issuing it to two orders simultaneously.

The technological module of the floating reinforced concrete energy pontoon is pivotally fixed in one row with the technological module of the floating berth and is equipped with towing, cargo, mooring, fenders, anchor devices and guard rails.

The technological module of a floating reinforced concrete energy pontoon suggests independent use.

The technological module of a floating reinforced concrete energy pontoon contains a cargo device, converters, high-voltage switchgears, charge-discharge complexes, equipment for producing high-pressure air and high-pressure gas, equipment for cooling water and generating distillate, a system for receiving, storing and dispensing diesel fuel, an economic water system drinking, filling system for tanks of the served order with nitrogen, water suppression system, aerosol volumetric fire extinguishing system, si bilge topics, habitability systems, ventilation and air conditioning systems, equipment support systems, communications and signaling systems, utilities, pipelines with valves for the transfer of liquid and gaseous media for various purposes, storage tanks for distilled water, storage tanks for diesel fuel, means CCTV, a device for issuing electricity and drinking water to ships, lighting equipment. In the superstructure there are living quarters (commander’s cabin, rest cabin), a bathroom, and a washroom.

Communication tools include workstations with computers and monitors, interconnected over the air with switching and control devices of the ACS Kordinator-6B.

The cargo device contains a cargo crane, with an outreach of about 28 m and a lifting capacity of about 5 tons, for loading and unloading operations when servicing orders.

Ship devices of the technological module of a floating reinforced concrete energy pontoon include:

1. Anchor device:

- anchor chains with a caliber of 62 mm. (6 pcs);

- kluzovye stopper (6 pieces).

2. Mooring device (1 room).

3. Fender device:

- thread of rubber pipes in the underwater part (2 pcs.);

- a wooden frame made of timber 200 × 200 mm in the surface part (2 pcs.).

4. Towing device (1 room).

5. Power transmission device:

- gangways for pipelines and cables (2 pcs.). Ship systems of the technological module of a floating reinforced concrete energy pontoon include:

1. Special systems:

- preparation of high pressure air (1 room);

- working air pressure - 39.2 MPa (400 kg / cm);

- productivity -1.8 m ³ / h;

- preparation of high pressure gas (nitrogen), (1 room);

- preparation of high purity water (distillate), (1 room);

- productivity - 2 m ³ / h;

- circulating chilled water, (1 room);

- inlet water temperature, 9 ... 14 ° С;

- outlet water temperature, 5 ... 10 ° С;

- household drinking water (1 room);

- reception and delivery of diesel fuel (1 room);

2. General ship systems:

- domestic water supply (1 room);

- drainage (1 room);

- water suppression (1 room);

- aerosol fire extinguishing in machine and special electrical rooms (1 room);

- sewage (1 room);

- air ventilation (1 room);

-providing equipment (1 room);

- cooling of VVD compressors;

- cooling of condensers of refrigerators;

- automated means of remote combat.

Electrical equipment of the technological module of a floating reinforced concrete energy pontoon includes:

1. Sources of electricity.

As the main source of electricity for power consumers and moored orders moored provides on-shore electrical network of alternating three-phase current voltage of 6 kV with a frequency of 50 Hz.

As an emergency source of electricity at the energy pontoon, batteries are provided that provide power to emergency consumers in accordance with the requirements of PC Rules.

2. Electric power converters.

In order to simultaneously provide electricity for two moored orders, two charging and power complexes (one on each side) are installed on the energy panel, each consisting of:

- a charger for charging batteries with direct current up to 6000 A with a varying voltage in the range of 180-350 V;

- AC-DC power converter for supplying order consumers with direct current up to 300 kVA in the mode of voltage stabilization 175-320 V;

- DC load device for conducting treatment cycles of batteries.

Provides for the simultaneous charging of batteries and power consumers orders with direct current.

To reduce the voltage of 6 kV to 400 V for power consumers, including auxiliary needs, two single-transformer substations with transformers with a capacity of 1600 kVA are installed on the energy pontoon.

For the issuance of orders for alternating current voltage of 127 V at a frequency of 50 Hz two transformers with a capacity of 4 kVA are provided.

The technological module of a floating reinforced concrete energy pontoon contains eight unified charging and feeding panels for delivering direct current electricity and connecting load devices to surface ships and submarines, four on each side through eight unified charging and feeding panels (four) on each side energy pontoon.

3. Electric lighting of rooms and spaces:

- main (internal and external), (1 room);

- emergency (1 room);

- portable low-voltage (1 room);

- signal and distinctive lights (1 room);

4. Communications and signaling:

- Workstation with computers and monitors, interconnected over the air with switching and control devices of the ACS Kordinator-6B.

- onboard communication;

- to provide pair communication between the main production facilities provides batteryless telephone equipment;

- routine telephone communications based on mini-automatic telephone exchanges with access to the shore network;

- automated means of remote combat.

5. Alarm means:

- emergency alarm;

- fire detection alarm;

- signaling the introduction of an aerosol volumetric fire extinguishing system;

- general ship alarm.

As a power pontoon material, heavy shipbuilding concrete is used that complies with the VZO class according to GOST 26633-91, W8, F150 according to the Rules of the Russian Maritime Register of Shipping and reinforcing steel corresponding to classes A-I and A-III according to GOST 5781-82.

As a material for the PEB add-on, foundations for the main mechanisms, sheet PCA steel with a yield strength of 235 MPa and profile steel of the PCA category are used.

The technological module of the floating storage and supply base is made in the form of a non-self-propelled three-deck composite vessel with a developed composite superstructure, containing ship devices, ship systems, a power plant, and radio communications.

The technological module of the floating storage and supply base consists of deck ceilings, namely, a hold, a third deck, a second deck, an upper deck, a superstructure deck of the first tier.

In the hold of the vessel there are refrigerated food storage rooms, technical storage rooms, a diesel generator room, a refrigerating machine room, diesel fuel tanks, boiler and fresh water tanks, reserve rooms with chain boxes located in them, vestibules.

On the third deck of the vessel there are storage rooms: food refrigerated, clothing allowances, technical, auxiliary needs of the vessel, boiler room, main switchboard room (main switchboard), refrigeration room, diesel fuel tank, boiler room and fresh water tank, vestibule, chain boxes, reserve premises.

On the second deck of the vessel there are refrigerated food pantries, technical pantries, food pantries of their own needs, a bakery, a catering department, a laundry, a sauna, a bathroom, and reserve rooms.

On the upper deck of the vessel are cranes, mooring, towing, mast devices, boats, yal, trolley-containers for loading pantries, cargo areas. The superstructure contains crew cabins, a medical unit, bathrooms, office rooms, air conditioning, an emergency diesel generator, solid waste incineration, a fuel receiving and dispensing station, and a switchboard.

On the deck of the superstructure of the first tier there are crew living quarters, command post, bathrooms, switchboard, battery room, rest room.

The hull material to the third deck is reinforced concrete.

The material of the superstructure and deckhouse is shipbuilding steel.

Ship devices of the technological module of the floating storage and supply base contain:

1. Anchor device:

- electric windlass with traction 70 kN (7 tf), (1 pc.);

- anchor chain with a caliber of 40 mm. (2 pcs.);

- anchor mooring spire with a pulling force of 20.3 kN (2.03 tf), (1 pc.);

- 26 mm anchor chain. (1 PC.).

2. Cargo device:

- crane lifting capacity 32 kN (3.2 tf), (2 pcs.);

- a container for piece cargo, with a loading capacity of 20 kN (2 tf), (2 pcs.);

- Arbor for lifting and moving cylinders (the number of transported cylinders - 4 pcs.);

- side ramp (2 pcs.).

3. Rescue and boat devices:

- life raft for 6 places (12 pcs.);

- ship's storm ramp (2 pcs.);

- boat (1 pc.);

- small boat (2 pcs.). 4. Other devices:

- mooring (1 room);

- fender (1 room);

- rail (1 room);

- mast (1 room);

- drive for lifting the covers of cargo hatches (1 room).

Ship systems of the technological module of the floating storage and supply base contain:

- drainage (1 room);

- air conditioning of residential and office premises (1 room);

- refrigeration unit for food pantries:

- compressor and condenser unit (5 pcs.);

- refrigeration capacity of 20.9 kW;

- compressor and condenser unit (5 pcs.);

- refrigeration capacity of 5.2 kW;

- cooling pumps (1 room);

- water suppression (1 room);

- oily water (1 room);

- domestic water supply (1 room);

- waste (1 room);

- steam heating and household steam supply (1 room);

- general ship ventilation (1 room);

- aerosol volumetric fire extinguishing (1 room);

The power plant of the technological module of the floating storage and supply base contains:

- The main diesel generators with a capacity of about 160 kW. (3 pcs.);

- emergency diesel generator with a capacity of about 59 kW. (1 PC.);

- boiler units with steam capacity of 1000 kg / h. (2 pcs.), 1 backup;

- automated shipboard installation for burning shipboard waste (5 pcs.).

The radio communications of the technological module of the floating storage and supply base contain:

- Workstation with computers and monitors interconnected over the air with switching and control devices of the ACS “Kordinator-6B”;

- onboard communication;

- to provide pair communication between the main production facilities provides batteryless telephone equipment;

- routine telephone communications based on mini-automatic telephone exchanges with access to the shore network;

- automated means of remote combat.

The technological module of the floating dormitory is made in the form of a non-self-propelled composite three-deck vessel with a developed steel superstructure, containing ship devices, ship systems, a power plant, and radio communication equipment.

The technological module of the floating dormitory consists of deck ceilings, namely, a hold, a third deck, a second deck, an upper deck, a superstructure deck of the first tier.

In the hold of the vessel there are: fresh and boiler water tanks, a left-luggage office, storage rooms, sewage tank rooms, a pump room, a viewing room, a gym, a billiard room, air conditioning rooms, a machine-boiler room.

On the third deck of the vessel there are living cabins, a hairdresser, sanitary facilities, a bathhouse, a laundry, a main switchboard, a boiler room and refrigerated storage rooms.

On the second deck of the vessel there are living cabins, sanitary facilities, a dining room, a galley.

On the upper deck of the ship are living cabins, sanitary facilities.

On the deck of the superstructure of the first tier there are crew living quarters, command post, bathrooms, switchboard, battery room, rest room.

The technological module of the floating hostel can be used as a floating barracks for the transfer of personnel.

The hull material to the third deck is reinforced concrete.

The hull material from the third deck to the upper deck, the material of the superstructure and deckhouse - shipbuilding steel.

Ship devices of the technological module of the floating dormitory contain:

1. Anchor device:

- electric windlass with traction 70 kN (7 tf), (1 pc.);

- anchor chain with a caliber of 40 mm. (2 pcs.);

- anchor mooring spire with a pulling force of 20.3 kN. (2.03 tf), (1 pc.) ;.

- anchor chain caliber 28 mm. (1 PC.). 2. Other devices:

- mooring (1 room);

- fender (1 room);

- rail (1 room);

- mast (1 room);

- towing (1 room).

Shipboard systems of the floating dormitory technological module contain:

- drainage (1 room);

- air conditioning of residential and office premises (1 room);

- water suppression (1 room);

- oily water (1 room);

- domestic water supply (1 room);

- waste (1 room);

- steam heating and household steam supply (1 room);

- general ship ventilation (1 room);

- aerosol volumetric fire extinguishing (1 room).

The power plant of the technological module of the floating dormitory contains:

- a diesel generator with a capacity of about 160 kW. (2 pcs.);

- steam boiler, steam output 1000 kg / h. (2 pcs.), 1 backup.

Radio communications technology module floating dormitory contain:

- Workstation with computers and monitors interconnected over the air with switching and control devices of the ACS “Kordinator-6B”;

- onboard communication;

- to provide pair communication between the main production facilities provides batteryless telephone equipment;

- routine telephone communications based on mini-automatic telephone exchanges with access to the shore network;

- automated means of remote combat.

The technological module of the floating missile and technical base is made in the form of a non-self-propelled reinforced concrete two-deck vessel with a developed superstructure, containing ship devices, ship systems, a power plant, communication and signaling equipment, and technological systems.

The technological module of the floating missile and technical base consists of deck ceilings, namely, a hold, a second deck, an upper deck, a superstructure deck of the first tier.

The following premises are provided in the hold: a diesel generator room, a boiler room, a fuel tank room for storing and refueling special products, a sewage tank room and fresh water supplies, a main switchboard room, a room with equipment for generating high pressure air and nitrogen gas, workshops, pantries.

On the second deck there are rooms for storing special items and a room for unloading special items from the store, pantries.

On the upper deck there is a platform for receiving / shipment of transport-launch containers (TPK), anchor, mooring, towing, mast devices. The superstructure contains: a room for receiving and undocking TPK and monitoring of special items, containing gyrostabilized equipment for working with special items, a room for working with special items, a room for draining / refueling, a room for loading special items in a TPK and moving to storage. The descent of special items from the upper deck to the storage and the rise back is provided by a freight elevator.

On the deck of the superstructure of the first tier are located: crane, auxiliary devices. The superstructure contains: cabins for crew accommodation, a sanitary-hygienic unit, showers, a galley, a room for eating, food pantries, service rooms, an air conditioning unit.

The hull material to the second deck is reinforced concrete.

The material of the superstructure and deckhouse is shipbuilding steel.

Ship devices of the technological module of the floating missile and technical base contain:

1. Anchor device:

- electric windlass (1 pc.);

- anchor mooring spire (1 pc.);

- bow anchor (2 pcs.);

- aft anchor (1 pc.);

- anchor chains, set (1 pc.).

2. Cargo device:

- telescopic crane g / p 90 kN (9.0 tf) when the boom 17 m. (1 pc.);

- freight elevator (1 pc.);

- side ramp (2 pcs.);

- crane beams (1 room).

3. Rescue and boat devices:

- liferaft PSN-6M (6 pcs.);

- ship's storm ramp (2 pcs.);

- boat YALP-2 (1 pc.);

- small boat, (2 pcs.).

The composition of the rescue and boat devices are specified depending on the navigation area of the vessel.

4. Other devices:

- mooring (1 room);

- towing (1 room);

- fender (1 room);

- rail (1 room);

- mast (1 room).

Ship systems of the technological module of the floating missile and technical base contain:

- drainage (1 room);

- air conditioning (1 room);

- water suppression (1 room);

- volume quenching system (1 room);

- oily water (1 room);

- domestic water supply (1 room);

- waste (1 room);

- steam heating and household steam supply (1 room);

- general ship ventilation (1 room).

The power plant of the technological module of the floating missile and technical base contains:

- The main diesel generators with a capacity of 160-200 kW. (3 pcs.);

- emergency diesel generator with a capacity of 50 kW. (2 pcs.);

- boiler units with a capacity of 1000 kg / h. (2 pcs.), 1 backup.

Communications and signaling technology module of a floating missile and technical base contain:

1. Means of on-board communications:

- Workstation with computers and monitors interconnected over the air with switching and control devices of the ACS “Kordinator-6B”;

- automated means of remote combat;

- telephone (1 room);

- loud speaker communication (1 room).

2. Alarm:

- emergency (1 room);

- fire detection (1 room);

- general ship (1 room);

- security (1 room).

Technological systems of the technological module of the floating missile and technical base contain:

- compressed air system with a working pressure (100 ... 150) kgf / cm ² . (1 room);

- a system of gaseous nitrogen with a working pressure of up to 10 kgf / cm ² . (1 room).

The technological module of the floating repair shop is made in the form of a non-self-propelled reinforced concrete three-deck vessel with a developed steel superstructure, containing ship devices, ship systems, a power plant, and radio communication equipment.

The technological module of the floating missile and technical base consists of deck ceilings, namely, a hold, the second tier of the superstructure, the first tier of the superstructure.

In the hold of the hull premises of the energy complex are provided:

diesel generator room, compressor room, main switchboard, electrical repair, laboratory, storerooms, carpentry.

The following production areas are provided on the first and second tiers of the superstructure of the floating workshop:

- cabinet boiler;

- mechanical and mechanical;

- blacksmith;

- repair area for refrigerators;

- site testing and adjusting fuel equipment;

- repair and de-preservation section of engines;

- painting;

- tin-mednitsky;

- premise of conditioners;

- radio repair.

Service, sanitary and storage facilities are provided: cabinets, lounge, bathroom, shower room, workwear room, workwear dryer, pantries, food unit.

The hull material to the main deck is reinforced concrete.

Vessel hull material from the second deck to the upper deck, superstructure and deckhouse

- shipbuilding steel.

Ship devices of the technological module of the floating repair shop contain:

1. Anchor device:

- electric windlass with traction 70 kN (7 tf), (1 pc.);

- anchor chain with a caliber of 40 mm. (2 pcs.);

- anchor mooring spire with a pulling force of 20.3 kN (2.03 tf), (1 pc.);

- 26 mm anchor chain. (1 PC.).

2. Cargo device:

- a crane with a lifting capacity of 40 kN (4.0 tf), with a boom 30 m (1 pc.);

- a hoist, with a loading capacity of 32 kN (3.2 tf), (1 pc.);

- electric trolley (2 pcs.);

- side ramp (2 pcs.). 3. Other devices:

- mooring (1 room);

- fender (1 room);

- rail (1 room);

- mast kit

- drive for lifting the covers of cargo hatches (1 room).

Ship systems of the technological module of the floating repair shop contain:

- drainage (1 room);

- oily water (1 room);

- waste (1 room);

- air conditioning of residential and office premises (1 room);

- water suppression (1 room);

- aerosol volumetric fire extinguishing (1 room);

- domestic water supply (1 room);

- steam heating and household steam supply (1 room);

- general ship ventilation (1 room).

The power plant of the technological module of the floating repair shop contains:

- New 160 kW diesel generators. (2-3 pcs.);

- boilers with a capacity of 1000 kg / h. (2 pcs.), 1 backup.

The radio communications of the technological module of the floating repair shop contain;

- Workstation with computers and monitors interconnected over the air with switching and control devices of the ACS “Kordinator-6B”;

- onboard communication;

- to provide pair communication between the main production facilities provides batteryless telephone equipment;

- routine telephone communications based on mini-automatic telephone exchanges with access to the shore network;

- automated means of remote combat.

The technological module of the composite floating dock is made in the form of a non-self-propelled composite two-tower autonomous vessel containing ship devices, ship systems, a power plant, electrical equipment and communications, and technological systems and means for mechanizing dock works.

The technological module of the composite floating dock consists of a pontoon and two inextricable towers.

Inside the right tower (on the safety deck), the premises of the energy complex are provided: machine-boiler room, compressor room, main switchboard, storage rooms.

Inside the left tower (on the safety deck) there are residential, office and sanitary facilities: cabinets, crew on-call room, bathroom, shower, overalls room, overalls dryer, reception and heating room, foreman.

On the top deck of the right tower is the central control room, the left tower - pantries and switchboard.

Communication between the towers is via a bridge.

Ship devices of the technological module of the composite floating dock contain:

1. Device for installing a dock in the water:

(anchor device, 1 room).

2. Mooring device and ship winding device:

- electric spiers with traction on the spire drum 20 (2.03) kN (tf) (in the bow and stern on each tower, 4 pcs.);

- bollards, bale strips, mooring cables (1 room).

3. A stationary crane with a lifting capacity of 4 tons at a maximum boom reach of 30 m (1 pc.).

4. Dock support device:

- kilblocks of the central keel track (provide the ability to disassemble under load) and side support devices (1 room).

5. Other devices:

- entrance fenders (1 room);

- towing device in the bow and stern (1 room);

- transition bridge from tower to tower (1 pc.);

- guard rail (1 room);

- a device for measuring the deflection of the dock (1 room);

- a device for measuring roll and trim angles (1 room).

Ship systems of the technological module of the composite floating dock contain:

- ballast:

- electric pump unit (capacity about 750 m ³ / h., 4 pcs.);

- drainage (final cleaning of the ballast compartments):

- drainage ejector (capacity 63 m ³ / h, pressure 0.07 MPa., 4 pcs.);

- drainage ejector (capacity 16 m ³ / h, pressure 0.07 MPa., 2 pcs.);

- water suppression:

- electric fire pump capacity of about 63 m ³ / h, a pressure of 80 m. (2 pcs.);

- aerosol fire extinguishing system in machine and special electrical rooms (1 room);

- collection and distribution of oily water (1 room);

- air and measuring tubes of ballast compartments (1 room);

- domestic water supply (1 room);

- sewage (1 room);

- ventilation and air conditioning (1 room);

- cooling of ship equipment (1 room).

The power plant of the technological module of the composite floating dock contains:

- main diesel generators (2 pcs.);

(rated power of the diesel generator, 160-200 kW.);

- screw compressors of low-pressure compressed air, productivity about 500 m ³ / h, pressure 1.0 MPa (10 bar., 2 pcs.);

- boiler units with a capacity of 630 kg / h. (2 pcs.).

Electrical equipment and communication of the technological module of the composite floating dock contain:

1. Sources of electricity:

- onshore power source: onshore network voltage of 400 V, 50 Hz;

- own sources of electricity (generators with a voltage of 400 V, current frequency of 50 Hz, power of about 160-200 kW.);

- emergency power source (1 room).

2. Dock Lighting:

- main (internal and external);

- duty (external);

- emergency;

- searchlights;

- figurative (repair).

3. Communication facilities:

- Workstation with computers and monitors interconnected over the air with switching and control devices of the automated control and switching system (SAUK) “Kordinator-6B”;

- automated means of remote combat.

- loud speaker communication (1 room);

- means of external communication:

- portable radios powered by built-in batteries, pcs.

- means of onboard communications:

- automatic telephone exchange, pcs.

- batteryless communication equipment (1 room).

4. Alarm:

- emergency (1 room);

- fire detection (1 room);

- general dock (1 room).

The mechanisms of the system of immersion and ascent, control of the water level in the ballast compartments, roll, trim, and deflection of the dock are controlled remotely from the premises of the central dock control center.

Technological systems and means of mechanization of dock operations of the technological module of a composite floating dock contain:

- low pressure compressed air system with piping in the towers (1 room);

- DC and AC welding network (1 room);

power supply to document vessels 380 V, 50 Hz. (1 room).

The technological module for helicopters and vertical take-off and landing aircrafts is made in the form of a non-self-propelled reinforced concrete vessel containing at least two reinforced concrete and / or metal pontoons hinged to each other, which in their composition contain communication equipment, rail railing, bottom, side and the upper deck floor, and the upper deck floor is made in the entire length and width of the vessel, the module is equipped with towing, mooring, jack and anchor devices.

Communication tools include workstations with computers and monitors, interconnected over the air with switching and control devices of the ACS “Kordinator-6B” and automated means of remote combat.

The fleet is made in the form of a shield, collapsible structure containing a tanker, at least one truck tractor, a nitrogen tanker, a truck crane, a washer-neutralization machine, a fire truck, a unified compressor station, a diesel generator, at least one on-board machine, engineering networks, video surveillance equipment, communications and signaling equipment, lighting equipment.

Communication tools include workstations with computers and monitors, interconnected over the air with switching and control devices of the ACS “Kordinator-6B” and automated means of remote combat.

The communication system performs the task of ensuring the exchange of all types of information (telephone, telegraph, facsimile, data exchange) in the force management system of technical modules, systems and devices of the mobile multifunctional complex and includes:

- mobile communication center;

- communication lines for various purposes;

- means of communication of technological modules, systems and devices of a mobile multifunctional complex, surface ships and submarines, including automated workplaces and switching and control devices of SAUK "Kordinator-6B";

The communication system must ensure the constant operability of communication to work, both in peacetime and in wartime, in any conditions, including emergency situations.

A mobile communication center consists of a receiving radio center and a transmitting radio center and is made in a mobile version, namely, in transportable multifunctional inhabited unified van bodies on the chassis of KAMAZ or URAL cross-country vehicles and the chassis of a car trailer with diesel power supply units, and / or in bodies- containers of constant volume on the chassis of a KAMAZ or URAL car and the chassis of a car trailer.

The receiving and transmitting radio centers of the mobile communications center are camouflaged and located on an unequipped coast, 5-10 km apart.

As the mobile base of the mobile communication center, use the chassis of KAMA3-4310 (43114.43118) or URAL vehicles, container bodies KK4.2.002 or KK4.31.1 or KK6.2, a body of type KZP4A on the chassis of a car trailer ChMZAP-8335 or SM3-782B or СМ3-8326, providing the possibility of autonomous operation at temperatures from -50 ° С to + 50 ° С with power supply from a diesel power plant (ДЭ) - ЭД16-Т400 with a power of 16 kW on the chassis of a car trailer СМ3-8326.

The communication facilities of the receiving and transmitting radio centers of the mobile communication center include workstations with computers and monitors interconnected by radio channel with switching and control devices of the SAKU “Kordinator-6B” and automated remote combat weapons.

The receiving radio center of the mobile communication node contains at least one receiving radio unit, at least one receiving hardware remote control unit and at least one integrated hardware communication unit, each receiving radio unit containing an operator’s workstation connected to each switching and controlling device, which in turn is connected to its antenna-feeder system, each unit of the receiving hardware remote control contains an automated the operator’s workstation, which is connected to its switching and control device, which in turn is connected to its antenna-feeder system, each complex hardware communication unit contains the operator’s automated workstation, which is connected to its switching and control device.

Each automated workstation of the receiving radio unit, the receiving hardware remote control unit, and the integrated hardware communication unit of the mobile communication unit are interconnected with their switching and control devices via the local machine-to-machine exchange network based on the automated control and switching system - Coordinator-6B.

Each block of the receiving radio node of the receiving radio center is interconnected with each block of the receiving hardware remote control of communication and with each block of complex hardware communication via an intra-site communication network consisting of cable lines and fiber-optic communication lines and through an intra-site communication network consisting of cable lines, fiber optical and radio-relay communication lines with means of communication of technological modules, systems and devices of a mobile multifunctional complex, surface ships and under boat-period.

The receiving radio center of the mobile communication center is organizationally built on the basis of several hardware and contains:

- block receiving radio;

- block receiving hardware remote control;

- integrated hardware communications unit (communications control center);

- Mobile power station DEU-100.2 with GGS FB-41. or ED 16-T 400 (16 kW). The complex of technical means of the receiving radio unit includes:

- AWP communications;

- a set of radio receivers (RPU type R-774-K1-I or R-774-DSK1-I) - 10-12 sets and an antenna switch;

- switching and control device, which is used as a control and switching device (UCU) and antenna switch from the SAUK "Coordinator-6B";

- a set of antenna-feeder devices (antenna-feeder system), including antenna-mast equipment;

- a set of devices for service and command and dispatch communications (not shown in Fig.).

The antenna-feeder system is deployed on an area of 1-2 hectares and can be equipped with both passive wire antennas and active antenna arrays with an electronically-formed radiation pattern, as well as antenna-mast equipment.

The receiving radio unit interacts:

- on intra-node communication lines - with the integrated hardware communication unit of the receiving radio center;

- on a local machine-to-machine exchange network - with all AWPs of the receiving radio center of the mobile communications center and the Coordinator-6B ICC SAUK.

The hardware complex of the receiving hardware remote control unit includes:

- AWP communications;

- radio relay type "AZID-5TSM";

- a set of VHF-DTSV radio stations (VHF-DTSV RST, radio station R-999K-2 pcs.);

- switching and control device, which is used as UCU and antenna switches from the SAUK "Coordinator-6B";

- a set of antenna-feeder devices (antenna-feeder system), including antenna-mast equipment;

- a set of devices for service and command and dispatch communications (not shown in the diagram).

The antenna-feeder system is deployed on an area of up to 5 GA and can be equipped with both passive wire antennas and active antenna arrays with an electronically-formed radiation pattern, as well as antenna-mast equipment.

The receiving hardware remote control unit interacts:

- on intra-node communication lines - with the integrated hardware communication unit of the receiving radio center;

- on a local machine-to-machine exchange network - with all AWPs of the receiving radio center of the mobile communications center and the Coordinator-6B ICC SAUK.

Remote control of radio receivers and radio transmitting devices, as well as reception and transmission of information from (on) technological (s) modules (s), systems (s) is carried out from each AWP through the switching and control devices of the ACS “Kordinator-6B” and AWP of the complex hardware receiving radio center ) and devices (a) of a mobile multifunctional complex, surface (s) ships (s) and submarines (s) (s), as well as other terminal equipment, including with the possibility of encrypting information.

The complex hardware of the integrated hardware communications unit includes:

- Workstation for hardware control of the receiving radio center of the mobile communication center;

- a complex of telecommunication equipment (MSW);

- a set of radio relay stations (RRS) of the Azid-5TSM type;

- a set of VHF-DCV radio stations (VHF-DCV PCT, radio station R-999K -2 pcs.);

- switching and control device, which is used as a UCU and antenna switch from the SAUK "Coordinator-6B";

- a set of antenna-feeder devices (antenna-feeder system), including antenna-mast equipment;

- a set of devices for service and command and dispatch communications (not shown in Fig.). The integrated hardware communications unit interacts:

- along the lines of the basic communication network (cable lines, fiber optic lines, microwave lines) - with other means of communication of technological modules, systems and devices of the complex, surface ships and submarines;

- via intra-node communication lines - with other hardware of the mobile communication center;

- on a local machine-to-machine exchange network - with all AWPs of the receiving radio center of the mobile communications center and the Coordinator-6B ICC SAUK.

The transmitting radio center of the mobile communication node contains at least one radio transmitting hardware unit, at least one transmitting hardware remote control unit and at least one integrated hardware communication unit, each radio transmitting hardware unit containing an operator’s workstation connected to each switching unit of the transmitting hardware remote control contains its switching and control device, which in turn is connected with its antenna-feeder system t the operator’s automated workstation, which is connected to its switching and control device, which in turn is connected to its antenna-feeder system.

Each automated workstation of a radio transmitting hardware unit, a radio transmitting hardware remote control unit, and an integrated hardware communication unit of a mobile communication unit are interconnected with their switching and control devices through a local machine-to-machine exchange network based on the automated control and switching system - “Coordinator-6B”.

Each unit of the radio transmitting hardware mobile communication unit is interconnected with each unit of transmitting hardware remote control and each unit of complex hardware communication via an intra-site communication network consisting of cable lines and fiber-optic communication lines, and by means of an intra-site communication network consisting of cable lines, fiber-optic optical and radio-relay communication lines with means of communication of technological modules, systems and devices of the complex, surface ships and submarines.

The transmitting radio center of the mobile communication center is organizationally built on the basis of several hardware and contains:

- radio transmitting equipment unit;

- block transmitting hardware remote control;

- integrated hardware communications unit (communications control center);

- Mobile power station DEU-100.2 with GGS FB-41. or ED 16-T 400 (16 kW). The hardware complex of the radio transmitting hardware unit includes:

- AWP communications;

- a set of radio transmitting devices KB - and CB - ranges (RPDU type R-638-3-4, R-637 or R-631M for 1 set); - 4 sets and antenna switch, GGS, RRS;

- set of RPU type R-774-K1-I - 2 pcs .;

- for work on the go wearable radio stations are used, for example R-163 or R-168 for 1 set;

- switching and control device, which is used as a UCU and antenna switch from the SAUK "Coordinator-6B";

- a set of antenna-feeder devices (antenna-feeder system), including antenna mast equipment KB - and CB - ranges (semi-trailer with a telescopic mast);

- a set of devices for service and command and dispatch communications (not shown in Fig.).

The antenna-feeder system is deployed on an area of 1-2 hectares and can be equipped with both passive wire antennas and active antenna arrays with an electronically-formed radiation pattern, as well as antenna-mast equipment of KB - and CB - ranges.

The radio transmitting hardware communication unit interacts:

- via intra-node communication lines - with the integrated hardware communication unit of the transmitting radio center;

- through a local machine-to-machine exchange network - with all workstations of the transmitting radio center of the mobile communication center and the Coordinator-6B ICC SAUK.

From each automated workstation, through the switching and control devices of the SAKU “Kordinator-6B”, remote control of radio receivers and radio transmitting devices of the radio communication unit is carried out, as well as reception and transmission of information from (to) technological (s) modules (s), systems (s) and devices (a) a mobile multifunctional complex, surface (s) ships (s) and submarines (s) (s), as well as other terminal equipment, including with the possibility of encrypting information.

The complex of technical means of the transmitting hardware remote control unit includes:

- AWP communications;

- radio transmitting devices (RPU) KB and CB wave bands of the type R-637 and R-638-3-4 for 1 set;

- switching and control device, which is used as UCU and antenna switches from the SAUK "Coordinator-6B";

- a set of VHF-DCV radio stations (VHF-DCV RST, R-999K radio station - 2 pcs.);

- a set of antenna-feeder devices (antenna-feeder system), including antenna-mast equipment;

- a set of devices for service and command and dispatch communications (not shown in Fig.).

The antenna-feeder system is deployed on an area of up to 5 GA and can be equipped with both passive wire antennas and active antenna arrays with an electronically-formed radiation pattern, as well as antenna-mast equipment.

The receiving hardware remote control unit interacts:

- via intra-node communication lines - with the integrated hardware communication unit of the transmitting radio center;

- on a local machine-to-machine exchange network - with all workstations of the transmitting radio center of the mobile communication center and the Coordinator-6B ICC SAUK.

Remote control of radio receivers and radio transmitting devices, as well as reception and transmission of information from (on) technological (s) modules (s), systems (s), is carried out from each AWP through switching and control devices of the ACS “Kordinator-6B” and AWP of the complex hardware transmitting radio center ) and devices (a) of a mobile multifunctional complex, surface (s) ships (s) and submarines (s) (s), as well as other terminal equipment, including with the possibility of encrypting information.

The complex hardware of the integrated hardware communications unit includes:

- Workstation for hardware control of a transmitting radio center of a mobile communication center;

- a complex of telecommunication equipment (MSW);

- a set of radio relay stations (RRS) of the Azid-5TSM type;

- a set of VHF-DTSV radio stations (VHF-DTSV RST, radio station R-999K -2 pcs.);

- switching-control device, which is used as a control and switching device (UCU) and antenna switch from the control and switching system (SAUK) "Coordinator-6B";

- a set of antenna-feeder devices (antenna-feeder system), including antenna-mast equipment;

- a set of devices for service and command and dispatch communications (not shown in Fig.). The integrated hardware communications unit interacts:

- along the lines of the basic communication network (cable lines, fiber optic lines, microwave lines) - with other means of communication of technological modules, systems and devices of the complex, surface ships and submarines;

- via intra-node communication lines - with other hardware of the mobile communication center;

- on a local machine-to-machine exchange network - with all AWPs of the receiving radio center of the mobile communications center and the Coordinator-6B ICC SAUK.

The program of the automated control and switching system of the mobile communication center SAUK “Coordinator-6B” is written under the language software environment (C ++, Linux, Unix, Mac) for any operating system in accordance with the requirements of the customer.

Each automated workstation computer of the complex includes software of the Coordinator-6B self-propelled guns with the system requirements: Windows® 98, Windows® 2000, Windows® Me, Windows® XP, Windows® Vista ™; Pentium® processor or more powerful; from 64 MB RAM; from 20 MB free hard disk space; CD drive USB port

operating system - Mac® OS X version 10.2.3 or later.

The automated control and switching system of the mobile communication center is built on the basis of the Coordinator-6B automated control system, which provides:

- remote control on and off, setting the operating modes of communication equipment, tuning the radio to operating frequencies, as well as remote monitoring of their condition;

- automated selection of operating frequencies from a pre-loaded array, the formation (disbanding) of communication paths, including low-frequency and high-frequency switching, monitoring their operability;

- documentation of work in auditory radio communication channels and negotiations on open telephone communication channels;

- automatic signaling of a failure and prompt replacement of any means of communication in the existing path, as well as the formation of communication paths in standby and emergency modes;

- display of information about the state of communications, channels and paths;

- the formation and adjustment of the information and reference database, including data on the organization of communication;

- the performance of automated means of barrage and protection against unauthorized entry of automated means of remote combat;

- protection of the database from unauthorized access to it or state changes. The structure of the ACS includes:

- AWP management and communications;

- control devices and switching hardware communications;

- high-frequency switching devices;

- machine communication lines.

The means of barrage and protection against unauthorized penetration of the coastal zone of the complex contain radio-wave and infrared video surveillance equipment, mine-explosive barriers and automated means of remote combat, moreover, the monitoring and control of radio means of the barrage and protection against unauthorized entry into the coastal zone of the complex is carried out from workstations of the radio reception and radio transmitting centers of a mobile communication center based on the Coordinator-6B SAUK.

Communication tools include workstations with computers and monitors, interconnected over the air with switching and control devices of the ACS “Kordinator-6B” and automated means of remote combat.

Radio wave and infrared detectors (sensors) used to organize perimeter signaling serve as means of detecting an intruder at various objects, namely, transmitting and receiving radio centers of a mobile communication center.

Means of barrage and protection against unauthorized penetration of the perimeter of the coastal zone of the complex contain radio-wave and infrared video surveillance equipment:

- for example, a radio wave security detector for installation on top and along fences - "PM24-200";

- for example, a detector for the protection of open areas or premises, roofs, walls of buildings "AGAT24-40";

- for example, a radio wave detector (explosion-proof) - “R-10”.

Mine-explosive barriers are installed around the perimeter or around each, located remotely from each other at a distance of 5-10 km., Transmitting and receiving radio centers of a mobile communication center and are used as minefields, groups of mines, individual mines and explosive charges as intended in combined with other types of barriers and independently with the aim of delaying the unauthorized penetration of purposefully-interested persons into the coastal zone of the complex.

Minefields include:

- video surveillance and control facilities of the coastal mining zone (video with the transmission of information via the workstation radio channel of a mobile communication center);

- caterpillar mine barriers (for example, GM3-3);

- TNT checkers, detonators (for example, T-400G);

- explosive cameras (for example, VK-2);

- radio-controlled land mines (for example, artillery shell and electric detonator);

- portable mining kit (for example, PKM-1 "Wind-M").

Portable mining kit - PKM-1 "Wind-M" operates as follows. When a radio pulse is supplied from a mobile communication unit, the expelled powder charge ignites and ejects mines from the cartridge in the direction of the penetration zone of the mobile communication unit to a distance of 30-35 m.

The video surveillance and control tool for the coastal mining zone contains a signal transmitter-amplifier (for example, WF-1500), which is designed to create wireless video surveillance and transmit audio / video signals over the air in the 1.2 GHz band over a distance of up to 300 m. (Up to four WF- 1500 at the same time), a wireless model of a video camera, a DVD player, a computer or other device having a low-frequency audio / video output with “tulip” type connectors. Video surveillance and control is carried out by the automated workstation of the receiving and transmitting radio center of the Coordinator SAUK.

The prior art combat module ARX 20 containing 20 mm M621 gun, horizontal guidance angle - 360 °, and vertical guidance - 60 °, weight - 270 kg. The module is mounted on a tower of a mobile vehicle, which is remotely controlled, and the shooter, remaining at a safe distance from the military vehicle, uses the joystick and video screen to aim at the object and projectile shot. The combat module is stabilized to provide firing on the move, and its sighting system is equipped with two day vision cameras and, on demand, an uncooled infrared camera for night vision can be installed. Additionally, a machine gun of 7.62 mm caliber can be installed. (http://www.anny-guide.com/rus/).

Known infantry fighting vehicle "M2 Bradley" is in service with the US Army and contains an open mounted turret Ml 39 cannon with remote control. The BMP weapon control system includes a combined day-night gunner’s sight with 4- and 12-fold magnification and optical communication with a similar commander’s device. The gunner and commander control the weapons with the help of "joystick" type handles with trigger buttons (http://www.topgun.rin.ru).

Famous Italian armored personnel carrier "Iveco Puma" (wheel arrangement 6 × 6) with a quick-mounted removable turret mounted on it, designed to equip various types of combat vehicles armed with peacekeeping forces. A Belgian 1 2.7-mm large-caliber machine gun M2NV is mounted in the tower, an ammunition kit (110 rounds) and the head of an optoelectronic sight are located here. The weight of the entire installation is 210 kg. The shooter is located inside the machine, from where it carries out aiming and firing. The tower with the help of an electric drive can rotate 360 ° at a speed of 50 degrees / s, machine gun pointing angles from -10 ° to + 50 ° (speed 25 degrees / s). The shooter is aiming a machine gun using a "joystick" and a special telescopic sight, the eyepiece of which is fixed and is in front of him, and the head of the sight rotates with the tower. If necessary, the machine gun installation can be equipped with a laser rangefinder. It has special electromechanical equipment, which, after removing the machine gun and installing it outside the machine, direct weapons and fire using remote control (http://www.attend.to/commi.ru).

The well-known SWORDS robots were specially commissioned by the small Massachusetts company Foster-Miller, owned by the military giant QinetiQ Group, which in turn is a joint project of American entrepreneurs and the British Department of Defense. SWORDS robots contain mounted on two hard tracks, meter-high self-runaway strollers with mounted equipment mounted on the body - cameras, antenna, weapons. SWORDS robots are subordinate to the operator in all respects, who controls the machines from a shelter located a few kilometers away. The remote control is a special field computer: a display, a special keyboard, a pair of "joysticks" and a transmitter with a total weight of more than three tens of kilograms (http: //www.sentinel@computerra.ru).

The principle of operation of battlefield remote action systems is known from various sources of information, including patent documents (95110379 A1, 2270973 C2, 2175783 C2).

Monitoring and control of the obstacle and guard means from unauthorized entry into the coastal zone of the complex is carried out from the workstations of the radio receiving and transmitting centers of the mobile communications center based on the Coordinator-6B SAUK.

Automated means of remote combat of the coastal zone of the complex contain AWS of radio receiving and transmitting centers of a mobile communication center connected by a communication channel through SAUK “Coordinator-6” with at least three units of remotely controlled small arms, which are stationary and contains video cameras, means small arms control, vertical and horizontal movement drives, trigger drives, voice and sound alerts, as well as transceivers giving devices and communication lines.

Automated means of remote combat are installed at least on each technological module, device and, or means of a mobile multifunctional complex for basing surface ships and submarines on an unequipped coast.

The automated workstation of the radio receiving and transmitting centers of the mobile communication center has a computer (laptop), monitors, a recording device (DVD-ROM, video recorder), a radio intercom, a keyboard, and a mouse or joystick.

Small arms can include a large-caliber machine gun (for example, 6P50-12.7 mm. "Cord" or 12.7 mm. "DShK"), mounted on a farm with an electromechanical drive for electronic control of small arms.

As a means of voice and sound notification, standard loudspeakers are used, for example 6GRV30, 10GRV30.

Data exchange between the electronic units of the automated remote combat weapon via the Coordinator-6B self-propelled guns and a computer (laptop) can be carried out using any protocol, for example, the standard RS-232 protocol.

The automatic detection system for swimmers "ANAPA-ME", the automated detection system for submarines "AMGA" and the magneto-acoustic station "Komor-1", as well as the Komor-1 magnetoacoustic station, are used as automatic barriers and protection against unauthorized penetration of surface ships, submarines and swimmers of the remote zone of the complex automated means of remote combat, and a boat for installing underwater automatic means, containing a crane-beam with a lifting capacity of up to 800 kg., moreover, monitoring and control of a car barrage and protection against unauthorized entry into the remote zone of the complex is carried out by automated workstations of the radio receiving and transmitting centers of the mobile communication center based on the Coordinator-6B SAUK.

The automatic swim detection system ANAPA-ME is remotely controlled and is designed to automatically detect, classify and track submarines.

The system contains:

- beacon;

- buoy view;

- sonar station (cylindrical antenna, signal processing device and magnetic compass);

- lower container (battery);

- anchor trolley;

- Workstation of a mobile communication center (radio, power supply, operator’s console);

In case of detection of an underwater object, a beacon pops up and transmits information via the AWP radio channel of the mobile communication node, the radio communication range is up to 60 km;

The anchor trolley provides the system from standard mine tracks.

The AMGA Automated Submarine Detection System is remotely controlled and designed to automatically detect, classify and track swimmers, as well as control automated remote combat equipment. The system provides: - simultaneous determination and maintenance of all detected targets; - detection range - up to 300 m; - viewing angle - 360 °; - detection error - 2 °; - system installation depth - 40 m;

The system contains:

- the underwater part (receiving cylindrical antenna, transmitting vertical antenna, electronic computing device, heading, deviation, depth, pitch and roll detector);

- Workstation of a mobile communication center (radio, power supply, operator’s console, power unit);

- automated means of remote combat;

- touch sensors;

- optional equipment.

The Komor-1 magnetoacoustic station is remotely controlled and is designed to automatically detect, classify and track underwater objects, as well as control automated means of remote combat.

The station contains:

- Workstation of a mobile communication center (radio, power supply, operator’s console, power unit);

- automated means of remote combat;

electromagnetic system (bottom modules, cable antennas, power and information transmission cables);

- sonar system (remote sonar devices with receiving-emitting antennas, power cables and information transfer).

The electromagnetic system of the Komor-1 station is a boundary system for the protection of underwater water, at the intersection of which an underwater object records the fact and place of violation, as well as the control of automated means of remote combat.

The hydraulic system of the Komor-1 station is a zone protection system for the underwater water area, the basis of which is an active hydro-acoustic station (remote sonar device with receiving-emitting antennas) and determines the coordinates of targets and motion parameters of the underwater (surface) object, classifies targets, tracks targets and the issuance of the coordinates of the AWP targets of the mobile communication node.

Automated means of remote combat of the coastal zone of the complex include, the automated workplace of the receiving and transmitting radio centers of the mobile communication center, connected by a communication channel through the Coordinator-6 ACS with at least one remotely controlled small arms weapon, which is stationary and contains video cameras, means small arms control, vertical and horizontal movement drives, trigger drives, voice and sound alerts, as well as transceivers devices and communication lines.

Automated means of remote combat are installed on each technological module, device and / or means of a mobile multifunctional complex for basing surface ships and submarines on an unequipped coast.

The automated workstation of the radio receiving and transmitting centers of the mobile communication center has a computer (laptop), monitors, a recording device (DVD-ROM, video recorder), a radio intercom, a keyboard, and a mouse or joystick.

Small arms can include a large-caliber machine gun (for example, 6P50-12.7 mm. "Cord" or 12.7 mm. "DShK"), mounted on a farm with an electromechanical drive for electronic control of small arms.

As a means of voice and sound notification, standard loudspeakers are used, for example 6GRVZO, 10GRVZO.

Data exchange between the electronic units of the automated remote combat weapon via the Coordinator-6B self-propelled guns and a computer (laptop) can be carried out using any protocol, for example, the standard RS-232 protocol.

The use of several systems (“ANAPA-ME”, “AMGA”, “Komor-1”) allows you to control the surface and underwater environment of the protected area, to unambiguously determine the unauthorized entry of objects (small and ultra-small submarines, carriers of combat swimmers, towers of combat swimmers, combat swimmers, large marine animals) to the remote zone of a mobile multifunctional complex for basing surface ships and submarines on an unequipped coast and in the case of receiving confirmation information from independent a friend of a friend of the remotely controlled “object-alien” systems transmitting information to automated workstations of automated means of remote combat for the execution of actions to neutralize the object.

The multifunctional complex for basing surface ships and submarines on an unequipped coast is illustrated by the figures:

- figure 1 is a structural diagram of a multifunctional complex based on surface ships and submarines on an unequipped coast;

- figure 2 - organization of the interaction of communications of a multifunctional complex based on surface ships and submarines on an unequipped coast;

- figure 3 - appearance of the technological module of the floating berth;

- figure 4 - the internal composition of the technological module of the floating berth;

- figure 5 is an external view of the technological module of a floating reinforced concrete energy pontoon;

- Fig.6 is an external view of the technological module of the floating storage and supply base;

- Fig.7 is an external view of the technological module of a floating hostel;

- Fig. 8 is an external view of a technological module of a floating missile and technical base;

- Fig.9 is an external view of the technological module of the repair shop;

- figure 10 is an external view of the technological module of a composite floating dock.

The multifunctional complex for basing surface ships and submarines on an unequipped coast contains a coastal (2), coastal (1) and strike zone (3) and is deployed as follows:

1. Each vehicle of the receiving radio center (13) and the transmitting radio center (14) of the mobile communication center and other fleet technicians (12) are fastened with fasteners (vehicle locks) to the upper deck floor of the concrete and / or metal pontoons of the technological module (4 ) a floating berth for their transportation.

2. Appartement exits (18) of the technological module (4) of the berth by means of a tugboat (28) with a capacity of 1500-2000 kW. (for example, the Beltsov tugboat - 1800 kW.) are delivered to the coastal zone (1) and are attached to the floating pontoons of the technological module (4) of the floating pier with a smooth exit for goods and equipment to the unequipped coast.

3. Reinforced concrete and / or metal pontoons (each separately and / or together pivotally attached in a row) of the technological module (4) of the floating berth and the technological module (5) of the energy pontoon by means of a tug (28), with a capacity of 1500-2000 kW. (for example, the Beltsov tugboat - 1800 kW.) are delivered to the coastal zone (1) of the unequipped coast of a pre-selected area.

4. Pontoons of the technological module (4) of the floating berth (if separately, at least three pontoons) are pivotally fixed in one row along the coastline of the coastal zone (1).

At least one pontoon of the technological module (4) of the floating berth contains fuel storage tanks (21), fresh water storage tanks (22), a water conditioning station (23), a fire extinguishing system (24), a chilled water supply system (25), engineering networks, pipelines (26) for the transmission of liquid and gaseous media for various purposes, communication equipment, video surveillance equipment and lighting devices;

5. Connecting bridges (20) are installed for communication with the shore.

6. Using the cargo crane of the technological module (4) of the floating berth, the pile-pressing installation is placed on the crushing point, the installation is fixed on the frame at the crushing place. Then, in turn, with a cargo crane, each pile is fed into the clamping device of the pile-pressing installation, the pile is captured, pressed into the soil of the coastal zone and the technological module (4) of the floating berth is fixed.

7. Technological module (11) for helicopters and aircraft of vertical take-off and landing by means of a tugboat with a capacity of 1500-2000 kW. (for example, the Beltsov tugboat - 1800 kW.) is delivered and pivotally fastened in a row with the technological module (4) of the floating berth in the coastal zone (1).

8. Carry out measures for anchoring (anchor devices - heavy anchors) (19) of the technological module (4) of the floating berth, the technological module (5) of the energy pontoon and the technological module (11) for helicopters and aircraft for vertical take-off and landing.

9. The technological module (6) of the floating storage and supply base and the technological module (7) of the floating hostel with the help of its towed means (28) (for example, the Beltsov tugboat - 1800 kW.) Are delivered and moored by the rear sides of the stern or side sides along the edges of the technological module (4) of the floating berth in one row, and mooring is possible both to the technological module (5) of the energy pontoon and to the technological module (11) for helicopters and aircraft for vertical take-off and landing.

10. Carry out activities for anchoring (anchor devices - heavy anchors) (19) of the technological module (6) of the floating storage and supply base and the technological module (7) of the floating hostel.

11. Carry out activities for unloading equipment of fleet vehicles (12), vehicles of a transmitting radio center (14) and a receiving radio center (13), and the deployment of a mobile communications center and a fleet (12) in the locations of the coastal zone (2) on an unequipped coast. At the location of the receiving radio center (13), the transmitting radio center (14) and the vehicle fleet (12), measures are being taken to deploy means (15) of barriers and protection against unauthorized entry (camouflage, installation of radio-wave and infrared video surveillance equipment, installation of mine-explosive barriers) and deployment of automated means of remote combat.

12. The technological module (8) of the rocket and technical base, the technological module (9) of the floating repair shop and the technological module (10) of the composite two-tower floating dock are delivered to the remote zone (3) and the coastal zone (1) using their towed means (28) ) a multifunctional complex for basing surface ships and submarines and carry out measures for anchoring (anchor devices - heavy anchors) (19) and parking of the indicated floating modules to the technological module of the floating berth or on the roadstead. Each of the listed technological modules can simultaneously be moored by the rear side of the stern or the side board to the technological module (4) of the berth in the coastal zone (1) of the multifunctional complex for basing surface ships and submarines.

13. Installation of underwater automatic means (16) to protect and prevent unauthorized entry of surface ships, submarines and swimmers of the remote zone of the automatic detection system for swimmers "ANAPA-ME", the automated detection system for submarines "AMGA" and the magneto-acoustic station "Komor-1" produced from a boat containing a crane-beam with a loading capacity of up to 800 kg.

15. At each technological module (4, 5, 6, 7, 8, 9, 10, 11), as well as at the locations of the receiving and transmitting radio centers (13, 14) of the mobile communication center and vehicle fleet (12) of the multifunctional surface based base complex ships and submarines of unequipped coast deploy automated means of remote combat.

14. At each automated workstation of the multifunctional complex for basing surface ships and submarines, they carry out activities for the preparation, inclusion and testing of the operability of communication facilities on the basis of the Coordinator-6B SAUK.

15. The technological module of the floating berth (4) may contain several technological modules in the same composition and be located in the coastal zone (1) of the unequipped coast perpendicular to the shore, with all floating technological modules (non-self-propelled floating vessels) (4, 5, 6, 7, 8, 9, 10, 11) can be moored to the technological module of the floating berth, both with the rear side of the stern and the left or right side.

The above information, as described in the independent clause of the stated utility model formula, confirms the possibility of implementing the above complex using the described devices, tools and methods.

The multifunctional complex for basing surface ships and submarines ensures the safe parking, maintenance and repair of surface ships and submarines moored to the floating pier technological module in the coastal zone, as well as the safe parking of surface ships, technological modules (non-self-propelled floating ships) and submarines in the remote zone on the roads.

The deployment time of a multifunctional complex for basing surface ships and submarines is no more than 12 hours.

Thus, the presented technical solution allows us to achieve the goals and objectives, which are to increase the survivability of the mobile multifunctional complex based on surface ships and submarines on unequipped coasts with potential for maximum efficiency by reducing the time it takes to move from one place to another, simplifying maintenance of the complex and ships , quick organization of places of permanent and temporary deployment and thereby reducing the likelihood of detection and destruction of the complex.

A mobile multifunctional complex for basing surface ships and submarines on unequipped coasts can find application in the development and formation of reliably protected mobile naval facilities in the context of rapid deployment and the complete absence of pre-prepared coastal infrastructure.

Claims (29)

1. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast, including the coastal zone, which includes floating berths and delivery ships for floating berths of various cargoes, used as temporary storage and supply bases equipped with power and control systems for survivability, characterized in that the complex further includes a coastal zone and a remote zone, and the coastal zone contains at least , one technological module of a floating berth, technological module of a floating reinforced concrete energy pontoon, technological module of a floating storage and supply base, technological module of a floating dormitory, technological module of a floating missile and technical base, technological module of a floating repair shop, technological module of a composite floating dock, technological module for helicopters and vertical take-off and landing aircraft, the coastal zone contains a fleet of vehicles, a receiving radio center and a transmitting rad centers of the mobile communications center, barriers and protection against unauthorized entry, the remote zone includes automatic means of barrage and protection against unauthorized penetration of surface ships, submarines and swimmers, interaction and control of communications of technological modules, systems and devices of the complex, surface ships and submarines is carried out through an intra-node communication network with each other and with the receiving and transmitting radio centers of the mobile communication center moreover, all the communication means of the complex include automated workstations that are interconnected through switching and control devices of the transmitting and receiving radio centers. 2. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1, characterized in that the technological module of the floating berth is made in the form of a non-self-propelled pontoon-type vessel and contains at least three reinforced concrete and / or pivotally fixed to each other metal pontoons and ramp ramps with hinged fairings for communication with the coastal zone, and the pontoons are equipped with towing, mooring, fender and anchor devices, connecting bridges with by the shore. 3. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1 or 2, characterized in that each pontoon of the technological module of the floating berth comprises a hull with cargo holds, rail railing, bottom floor, side ceilings, upper deck ceilings and inter-hold partitions, the upper deck overlap being the full length and width of the vessel, where L _p ≥55 m and N _p ≥15 m 4. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 3, characterized in that at least one pontoon of the technological module of the floating berth contains fuel storage tanks, storage tanks for fresh water, a water conditioning station, a fire extinguishing system , chilled water supply system, engineering networks, pipelines for the transmission of liquid and gaseous media for various purposes, communication equipment, video surveillance equipment and lighting stroystva. 5. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 3, characterized in that at least one pontoon of the technological module of the floating berth for the purpose of rigid fixation with the soil of the coastal zone is equipped with thermal piles and means for installing thermal piles in the soil . 6. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 3, characterized in that at least one pontoon of the technological module of the floating berth is made with through holes for thermowells. 7. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1, characterized in that the technological module of a floating reinforced concrete energy pontoon is made in the form of a reinforced concrete non-self-propelled vessel containing a hull having a bottom, side, partition and deck ceilings with a superstructure of residential premises. 8. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1 or 7, characterized in that the technological module of the floating reinforced concrete energy pontoon is pivotally mounted in a row with the technological module of the floating berth and is equipped with a towing, cargo, mooring, jack-off, anchor devices and railings. 9. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 8, characterized in that the technological module of a floating reinforced concrete energy pontoon comprises converters, a cargo device, high-voltage switchgears, charge-discharge complexes, and high-air production equipment pressure and gas of high pressure, equipment for cooling water and producing distillate, a system for receiving, storing and dispensing diesel fuel, system drinking water, a system for filling the tanks of an order with nitrogen, a water extinguishing system, an aerosol volume fire extinguishing system, hold systems, habitability systems, a ventilation and air conditioning system, systems that ensure the operation of equipment, communications and signaling systems, utilities, pipelines with valves for the transfer of liquid and gaseous media for various purposes, storage tanks for distilled water, storage tanks for diesel fuel, means onablyudeniya, the device issuing the ships power and drinking water, lighting equipment. 10. A mobile multifunctional complex for basing surface ships and submarines on the unequipped coast of clause 8 or 9, characterized in that the technological module of the floating reinforced concrete energy pontoon contains eight unified charging and supply panels for generating DC power and connecting load devices to surface ships and submarines, four on each side. 11. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1, characterized in that the technological module of the floating storage and supply base is made in the form of a non-self-propelled three-deck composite vessel with a developed composite superstructure containing ship devices, ship systems, power installation, radio communications. 12. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1, characterized in that the technological module of the floating dormitory is made in the form of a non-self-propelled composite three-deck vessel with a developed steel superstructure containing ship devices, ship systems, a power plant, facilities radio communications. 13. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1, characterized in that the technological module of the floating missile and technical base is made in the form of a non-self-propelled reinforced concrete two-deck vessel with a developed composite superstructure containing ship devices, ship systems, energy installation, communications and signaling equipment and technological systems. 14. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1, characterized in that the technological module of the floating repair shop is made in the form of a non-self-propelled three-deck composite vessel with a developed steel superstructure containing ship devices, ship systems, a power plant, radio communication facilities. 15. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1, characterized in that the technological module of the composite floating dock is made in the form of a non-self-propelled composite two-tower autonomous vessel containing ship devices, ship systems, a power plant, electrical equipment and communications and technological systems and means of mechanization of dock works. 16. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1, characterized in that the technological module for helicopters and aircraft for vertical take-off and landing is made in the form of a non-self-propelled reinforced concrete vessel containing at least two hinged between reinforced concrete and / or metal pontoons, which in their composition contain a guard rail, bottom, side and upper deck ceilings, and the upper deck ceilings Neno full length and width of the vessel, the module is equipped with towing, mooring, anchoring and pneumatic devices. 17. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1, characterized in that the fleet is made in the form of a shield, collapsible structure containing a gas station, at least one truck tractor, a truck crane, a washer-neutralizer , a fire engine, a unified compressor station, a diesel generator, at least one on-board vehicle, engineering networks, video surveillance equipment, radio communications and alarm systems, lighting equipment. 18. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1, characterized in that the mobile communication center consists of a receiving radio center and a transmitting radio center and is made in a mobile version, namely in transportable multi-functional inhabited unified van bodies on chassis of off-road vehicles KAMAZ or URAL and chassis of a car trailer with diesel power supply units, and / or in constant volume container bodies on the chassis of a KAMAZ or URAL car and the chassis of a car trailer. 19. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1 or 18, characterized in that the receiving radio center of the mobile communication center includes at least one block of the receiving radio node, at least one block a receiving hardware remote control and at least one unit of integrated hardware communication, each block of a receiving radio node containing an automated workstation of an operator connected to its switching and control unit it with a device, which, in turn, is connected to its antenna-feeder system, each receiving hardware remote control unit contains an operator’s workstation, which is connected to its switching and control device, which, in turn, is connected to its antenna-feeder By the system, each integrated hardware communication unit contains an operator’s workstation that is associated with its switching and control device. 20. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 19, characterized in that each automated workstation of the receiving radio center unit, the receiving hardware remote control unit and the integrated hardware communication unit of the receiving radio center of the mobile communication center are interconnected with their switching -controlling devices through a local machine-to-machine exchange network based on an automated control and switching system - “Coordinates ATOP-6B ". 21. A mobile multifunctional complex for basing surface ships and submarines on the unequipped coast of claim 19, characterized in that each block of the receiving radio node of the receiving radio center is interconnected with each block of the receiving hardware remote control of communication and with each block of complex hardware communication through an intra-node communication network consisting of from cable lines and fiber-optic communication lines and through an intra-site communication network consisting of cable lines, fiber-optic and radio relay x lines interconnected with the technological means of communication modules, systems, and the multifunctional complex mobile devices, surface ships and submarines. 22. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1 or 18, characterized in that the transmitting radio center of the mobile communication node contains at least one radio transmitting hardware unit, at least one remote transmitting hardware unit control and at least one unit of integrated hardware communication, with each radio transmitting equipment unit containing an automated workstation of the operator connected to its switching and control unit each unit of the transmitting hardware remote control contains an automated workstation of the operator, which is associated with its switching and control device, which, in turn, is associated with its antenna-feeder device, which, in turn, is connected to its antenna-feeder system system. 23. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 22, characterized in that each automated workstation of a radio transmitting hardware unit, a radio transmitting hardware remote control unit, and an integrated hardware communication unit of a transmitting radio center of a mobile communication center are interconnected with their switching -controlling devices through a local machine-to-machine network based on an automated control and communication system nations - "Coordinator-6B." 24. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 22, characterized in that each block of a radio transmitting hardware transmitting radio center of a mobile communication node is interconnected with each block of transmitting hardware remote control and each block of complex hardware communication via an intra-node communication network consisting of cable lines and fiber optic communication lines, and by means of an intra-node communication network consisting of cable lines, fiber NGO-optic and microwave links interconnected with communications technology modules, systems, and complex devices, surface ships and submarines. 25. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1, characterized in that the complex contains radio-wave and infrared video surveillance equipment, mine-blasting barriers and automated barriers and protection against unauthorized penetration of the coastal zone of the complex Means of remote combat, moreover, monitoring and control of electronic means of barrage and protection against unauthorized penetration I'm in the coastal area of the complex is carried out with computer workstations radio receivers and transmitters of the mobile node communication centers on the basis of the automated control systems and switching "coordinator-6B". 26. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 25, characterized in that the automated means for remote combat of the coastal zone of the complex comprise automated workstations of the receiving and transmitting radio centers of the mobile communication center, connected by a communication channel through “Coordinator-6” automated control and switching system with at least three units of remotely controlled small arms, which The installed one is stationary and contains video cameras, a small arms control tool, vertical and horizontal movement drives, trigger mechanisms, voice and sound alerts, as well as transceivers and communication lines. 27. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 25, characterized in that the automated means for remote combat of the coastal zone of the complex comprise automated workstations of the receiving and transmitting radio centers of the mobile communication center, connected by a communication channel through “Coordinator-6” automated control and switching system with at least one remotely controlled small arms weapon, which e is installed permanently and contains video cameras, small arms control equipment, vertical and horizontal movement drives, trigger actuators, voice and sound warning means, as well as transceiver devices and communication lines. 28. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 25, characterized in that automated means for remote combat of the coastal zone of the complex are installed at least on each technological module, device and / or means of the mobile multifunctional complex basing of surface ships and submarines on unequipped coast. 29. A mobile multifunctional complex for basing surface ships and submarines on an unequipped coast according to claim 1, characterized in that an automatic detection system for swimmers, automated, is used as automatic means of barring and protecting against unauthorized entry of surface ships, submarines and swimmers in the remote area of the complex submarine detection system and magnetoacoustic station, as well as automated means of remote combat and a boat for us of underwater automatic equipment containing a crane beam with a lifting capacity of up to 800 kg, moreover, the monitoring and control of automatic barriers and protection against unauthorized entry into the remote zone of the complex is carried out from the automated workplaces of the communication facilities of the technological modules of the complex based on the automated control and switching system “Coordinator - 6B ".