阅读说明：本技术 一种移动补给系统 (Mobile replenishment system ) 是由 王双飞 吴海东 于 2021-02-02 设计创作，主要内容包括：本发明涉及后勤保障服务领域,具体涉及一种移动补给系统,包括均为集成模块的油箱组合单元、加油单元、动力单元、清洗单元和配件箱,油箱组合单元用于储备燃油并为加油单元提供燃油,加油单元用于将燃油从油箱组合单元中输出到机动设备油箱中,动力单元用于为加油单元或清洗单元提供电源,清洗单元用于为机动设备油箱进行全自动循环清洗,配件箱用于统一存放收纳设备配件、工具及消防器材。本发明逆集成化拆分处理,将飞机、移动车基地的大型设备中运行的各功能环节拆分为多个小的独立功能单元,这些独立功能单元自身成为一台能够独立运行的设备或部件,有机组合后能够为机动设备提供加油清洗的服务,机动性好。(The invention relates to the field of logistics support service, in particular to a mobile supply system which comprises an oil tank combination unit, an oiling unit, a power unit, a cleaning unit and an accessory box which are all integrated modules, wherein the oil tank combination unit is used for storing fuel oil and providing the fuel oil for the oiling unit, the oiling unit is used for outputting the fuel oil from the oil tank combination unit to a motor equipment oil tank, the power unit is used for providing power for the oiling unit or the cleaning unit, the cleaning unit is used for carrying out full-automatic circulation cleaning on the motor equipment oil tank, and the accessory box is used for uniformly storing and accommodating equipment accessories, tools and fire-fighting equipment. The invention is reverse integrated split treatment, each functional link operated in large-scale equipment of the airplane and the mobile vehicle base is split into a plurality of small independent functional units, the independent functional units become equipment or parts capable of operating independently, and the oil filling and cleaning service can be provided for mobile equipment after the independent functional units are organically combined, so that the maneuverability is good.)

1. A mobile supply system is characterized by comprising an oil tank combination unit (1), an oiling unit (2), a power unit (4), a cleaning unit (3) and an accessory tank (5); the oil tank combination unit (1), the oiling unit (2), the power unit (4), the cleaning unit (3) and the accessory box (5) are all integrated modules;

the oil tank combination unit (1) is used for storing fuel oil and is connected with the oiling unit (2);

the refueling unit (2) is used for connecting the mobile equipment and outputting fuel oil from the fuel tank combination unit (1) to a mobile equipment fuel tank;

the power unit (4) can be connected with the refueling unit (2) and the cleaning unit (3) and is used for providing power supply;

the cleaning unit (3) is used for carrying out full-automatic circulating cleaning on the oil tank of the mobile equipment;

the accessory box (5) is used for storing and accommodating equipment accessories, tools and fire-fighting equipment in a unified manner;

the refueling unit (2), the power unit (4), the cleaning unit (3) and the accessory box (5) can be integrally mounted and transported together.

2. A mobile make-up system according to claim 1, wherein said tank assembly unit (1) comprises a plurality of tanks, all of said tanks being connected in series by at least one first conduit (9).

3. A mobile make-up system according to claim 2, wherein the first conduit (9) is a tank hose, and a raffinate port (14) is provided at one end of the tank hose.

4. A mobile make-up system according to claim 1, wherein said tank assembly unit (1) and said filling unit (2) are connected in correspondence by a second pipe (10); or the oil tank combination unit (1) and the cleaning unit (3) are circularly connected through two pipelines II (10).

5. A mobile make-up system according to claim 4, characterised in that the second conduit (10) is an oil pump connection.

6. A mobile make-up system according to claim 1, further comprising a reel (7), said reel (7) being wound with a third pipe (11), one end of said third pipe (11) being adapted to be connected to said mobile equipment tank and the other end thereof being adapted to be connected to said refueling unit (2) or said cleaning unit (3); and the third pipeline (11) is used for connecting the refueling unit (2) or one end of the cleaning unit (3) is provided with a raffinate oil interface (14), and the third pipeline (11) is used for connecting one end of the motor equipment oil tank is provided with a two-way quick joint (13).

7. A mobile make-up system according to claim 6, characterised in that the washing unit (3) is connected to the reel (7) through the conduit four (12).

8. A mobile replenishment system according to any one of claims 1 to 7 further comprising a pump for pumping residual oil.

9. A mobile replenishment system according to any one of claims 1 to 7 wherein the refuelling unit (2) is connected to an electric deadbolt man (8) by an internal control line.

10. A mobile make-up system according to any one of claims 1 to 7, characterised in that the power unit (4) is connected to the washing unit (3) or the refuelling unit (2) by an electric cable.

Technical Field

The invention relates to the field of logistics support services, in particular to a mobile supply system.

Background

At present, the oiling or cleaning of airplanes and moving vehicles is mainly carried out in a fixed base, and the oiling maintenance of field maneuvering airplanes, moving vehicles and other maneuvering equipment can not be supplied in time, so that the normal movement is influenced. The fixed base infrastructure cost is huge, and the supply equipment is bulky, and the maintenance cost is high, and can not direct dispersion fast and supply in batches as required, is not suitable for the itinerant supply, does not have mobility, and the guarantee range is limited, and it is inconvenient to use.

Disclosure of Invention

The invention aims to: the movable refueling system is provided for solving the problems that the existing refueling base is fixed in position, huge in construction cost, large in size of refueling equipment, difficult to maintain, not suitable for itinerant refueling and poor in mobility, and can be updated, deployed and transferred in time according to the service object condition.

In order to achieve the purpose, the invention adopts the technical scheme that:

a mobile supply system comprises an oil tank combination unit, an oil filling unit, a power unit, a cleaning unit and an accessory box, wherein the oil tank combination unit, the oil filling unit, the power unit, the cleaning unit and the accessory box are all integrated modules; the oil tank combination unit is used for storing fuel oil and is connected with the refueling unit to provide the fuel oil for the refueling unit; the refueling unit is used for connecting the mobile equipment and outputting fuel oil from the fuel tank combination unit to a fuel tank of the mobile equipment; the power unit can be connected with the oiling unit and the cleaning unit and is used for providing power for the oiling unit or the cleaning unit, namely the oiling unit is connected with the power unit during oiling operation, and the cleaning unit is connected with the power unit during cleaning operation; the cleaning unit is used for carrying out full-automatic circulating cleaning on the oil tank of the mobile equipment; the accessory box is used for storing and accommodating equipment accessories, tools and fire-fighting equipment in a unified manner, and is convenient for integrated transportation; the refueling unit, the power unit, the cleaning unit and the accessory box can be integrally installed and transported together.

The invention is reverse to the integrated split treatment, each functional link operated in the large-scale equipment of the airplane and the moving vehicle base is split into a plurality of small independent functional units, such as an oil tank combination unit, an oiling unit, a cleaning unit, a power unit, an accessory box and the like, the independent functional units become equipment or parts which can independently operate, and the oiling and cleaning service can be provided for the mobile equipment after the organic combination, so that the mobility is good; each functional unit is small in size, light in weight, convenient to transport, small in occupied area and low in cost, scattered functional units can be updated and deployed in time according to the conditions of service objects, the transfer work can be completed only by a common transport tool, the multifunctional transport vehicle is suitable for transport modes of common automobiles, containers, army square cabins and the like, and the special requirements of large transport tools on roads are eliminated.

Preferably, the oil tank combination unit comprises a plurality of oil tanks, and all the oil tanks are sequentially connected through at least one pipeline I.

Preferably, the first pipeline is an oil tank rubber pipe, and one end of the oil tank rubber pipe is provided with a residual oil pumping connector. The setting of the residual oil pumping connector is convenient for the oil pump to pump residual oil and clean the pipeline.

Preferably, the oil tank combination unit and the oiling unit are correspondingly connected through a pipeline; or the oil tank combination unit and the cleaning unit are in two-cycle connection through two pipelines, so that the fuel oil cleaning efficiency is improved.

Preferably, the second pipeline is an oil pump connecting pipe.

Preferably, the mobile replenishment system further comprises a reel, wherein a third pipeline is wound on the reel, one end of the third pipeline is used for connecting a motor equipment oil tank, and the other end of the third pipeline is used for connecting an oiling unit or a cleaning unit; and one end of the pipeline III, which is used for connecting the refueling unit or the cleaning unit, is provided with a raffinate oil interface, and one end of the pipeline III, which is used for connecting the motor equipment oil tank, is provided with a two-way quick connector so as to convert the interface. The reel is used for winding the long pipeline, can be used for being arranged integrally with the oiling unit device, and can also be connected in a separated mode during cleaning operation; reel and pipeline three resolvable are accomodate in the unified transportation of accessory case, are used for the on-the-spot connection according to actual demand, and the construction is nimble, do benefit to and practice thrift the construction space.

Preferably, the washing unit is connected to the reel through a fourth conduit. When the reel is used for the disconnect-type connection cleaning unit, a plurality of reels can be connected through a plurality of parallelly connected pipelines four to connect cleaning unit and mobile equipment, improve the cleaning efficiency.

Preferably, the mobile replenishment system further comprises an oil well pump, wherein the oil well pump is used for pumping residual oil in the pipeline, and the pipeline comprises a first pipeline, a second pipeline, a third pipeline and a fourth pipeline.

Preferably, an internal control line led out from the refueling unit is connected with an electric dead man, so that external control is facilitated.

Preferably, the power unit is connected with the cleaning unit or the refueling unit through an electric cable.

In summary, due to the adoption of the technical scheme, the invention has the beneficial effects that:

1. the mobile replenishment system provided by the invention is subjected to inverse integrated splitting treatment, each functional link operated in large-scale equipment of an airplane and a moving vehicle base is split into a plurality of small independent functional units, such as an oil tank combination unit, an oiling unit, a cleaning unit, a power unit, an accessory box and the like, the independent functional units become equipment or parts capable of independently operating, and the independent functional units can provide oiling and cleaning services for mobile equipment after being organically combined, so that the mobility is good.

2. Each functional unit has small volume, light weight, small occupied area and low cost, and scattered functional units can be updated and deployed in time according to the condition of a service object and are flexible to use.

3. The mobile replenishment system can be used as a mobile replenishment station, can be used as a satellite point of a fixed base only by using a slightly flat open field and appropriate traffic conditions, is easy to maintain, low in cost, wide in itinerant replenishment guarantee range, high in timeliness and flexible.

4. The mobile replenishment system can complete transfer work only by using a common transport means, is suitable for transportation modes such as common automobiles, containers, army square cabins and the like, breaks away from the special requirements of large transport means on roads, is convenient to transport, and particularly meets the requirements of field maneuvering conditions.

Drawings

FIG. 1 is a schematic view of a mobile replenishment system in use when using 2B-station fueling units to refuel an aircraft.

Fig. 2 is a schematic view of a mobile replenishment system in use when cleaning aircraft fuel tanks.

Fig. 3 is a schematic view of the tank connection.

Fig. 4 is a schematic view of the transportation state of the fuel tank assembly unit.

Fig. 5 is a schematic view showing a state of transportation of the refueling unit, the cleaning unit, the power unit, and the accessory box in the mobile replenishment system.

Fig. 6 is a schematic structural diagram of the first pipeline.

Fig. 7 is a schematic structural view of the second pipe.

Fig. 8 is a schematic structural view of the third pipe.

Fig. 9 is a schematic structural view of the fourth pipe.

Icon: 1-oil tank combined unit; 2-a refueling unit; 3-a cleaning unit; 4-a power unit; 5-accessory cases; 6-airplane; 7-coiling the disc; 8-electric Idelam; 9-pipeline one; 10-pipe two; 11-pipeline three; 12-pipeline four; 13-a quick coupling; 14-raffinate oil interface; 15-oil outlet; 16-dust cover.

Detailed Description

The present invention will be described in detail below with reference to the accompanying drawings.

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Example 1

A kind of movement supply system, it is the specialized equipment to refuel and wash the mobile equipment such as aircraft 6, locomotive to the temporary place in the open air, it is a set of building blocks combined equipment formed by many functional units; as shown in fig. 1, 2, 4 and 5, the main functional modules include an oil tank combination unit 1, an oil filling unit 2, a power unit 4, a cleaning unit 3 and an accessory box 5, and each functional module is an integrated module; during transportation, all modules are integrated, combined and fixed, wherein a plurality of oil tanks are modularly combined to form an oil tank combination unit 1 for independent transportation, and an oil filling unit 2, a power unit 4, a cleaning unit 3 and an accessory box 5 are integrally installed and transported together; when in use, the device can be flexibly configured according to requirements, and meets all-weather use environments.

< tank Assembly 1>

The fuel tank combination unit 1 is used for storing fuel and is connected with the refueling unit 2 to provide fuel for the refueling unit 2. The oil tank combination unit 1 is formed by reasonably combining rectangular oil tanks with different specifications to required total volume and carrying capacity according to use and transportation requirements, the specification of the oil tank combination unit is 1/2/5/10 tons, and the external dimensions of corresponding sub oil tanks refer to the following table:

specification of	Length (Rice)	Width (Rice)	Height (Rice)	Weight (kg)	Remarks for note
						1 ton of	1.0	0.73	2.0	400	Estimating weight
2 ton of	1.47	1.0	2.0	620	Estimating weight
						5 ton of	2.2	1.7	2.0	1000	Estimating weight
10 ton of	3.3	2.2	2.0	1800	Estimating weight
						3 ton of	2.2	1	2.0	750	Reference to

As shown in fig. 1 and 3, an oil outlet 15 and a dust cover 16 are arranged at the top of each oil tank, so that manual quick opening and closing are facilitated; the small-volume oil tank below 2 tons is provided with two oil outlets 15, and the oil tank with the volume above 5 tons is provided with 4 oil outlets 15; the interface refers to the design of a common fuel tank cover, and is quickly disassembled and assembled.

The interior of the oil tank is manufactured by adopting an HAN (fire-retardant and explosion-proof) technology, so that explosion cannot occur in the case of accidents such as open fire, impact, gunshot, welding and the like, and even if combustion occurs, the flame height is low, so that the oil tank can be quickly extinguished and cannot explode; and (5) surface plate rigidizing treatment. The oil tank has quick interface and is equipped with oil pipe, oil pointer, breather valve and lightning protection antistatic device etc. possesses hoist and mount and transport protection isotructure. During transportation, the oil tanks are arranged closely, and are connected stably at the upper and lower positions by bolts and locking components, so that slippage and collision are avoided, and the combined transportation structure of the oil tanks is shown in figure 4; when fuel is stored, a special adapter is configured to enable a station filling equipment interface to be matched with an oil outlet interface of the oil tank combination unit 1; when the oil tank combination unit 1 is connected with the oiling device 2 to oil the mobile device, as shown in figures 1, 3 and 6, all oil tanks are directly communicated with one another in pairs through a pipeline I9. Specifically, as shown in fig. 6, the first pipe 9 is an oil tank rubber pipe with a pipe diameter of 150mm, a compression nut is movably sleeved at the end part of the first pipe, and a surplus oil pumping port 14 is arranged at one end of the first pipe.

< fueling Unit 2>

Refuel unit 2 can provide the fuel output of stable pressure, satisfies pressure and gravity and refuels the demand. The refueling unit 2 is connected with the fuel tank combination unit 1 and the motor-driven equipment respectively, and is used for outputting fuel from the fuel tank combination unit 1 to a motor-driven equipment fuel tank.

Specifically, the refueling power supply is used for outputting 0.6MPa high-pressure oil from the fuel tank combination unit 1 through an oil pump, reducing the pressure to a required output pressure value through pressure stabilization, and quantitatively and safely introducing the fuel into the fuel tank of the mobile equipment such as the airplane 6 or the mobile vehicle through a special hose joint. The fueling unit 2 includes A, B two types: type A: the device has two modes of pressure refueling and gravity refueling; type B: only the pressure filling mode.

Wherein, in this embodiment, the total power consumption of the a-type fueling unit is about 18kw, and the external reference size: 2.2 × 1.4 × 2.0 m, weighing about 1.65 ton; selecting an oil pump of an oil tank truck, 80YHCB80-0.6MPa-15kw, and meeting the requirement that the single-gun oiling speed is more than or equal to 1200L/min; and a pressure refueling interface and a gravity refueling interface are configured at the same time.

The B-type oiling unit has 3 types of B1/B2/B3 of oiling guns with the number of 1, 2 and 3, the output pressure is adjustable, the oil pump pressure can be used under 0.4MPa, the output flow is more than 1200L/min, and the oiling speed is high.

The oiling unit 2 has 3 specifications of pipe diameter phi 63/51/38 mm; the pressure oiling pressure is 0.345MPa +/-10%, the oiling speed is 1200L/min, and the inner diameter of the rubber pipe is phi 63 mm; the gravity oiling pressure is adjustable, the pipe diameter of phi 51 is more than or equal to 600 liters/minute, and the pipe diameter of phi 38 is more than or equal to 300 liters/minute.

The various types of refueling units 2 can be used in a superposition mode in parallel and can also be used in an independent operation mode.

The oiling unit 2 comprises an electric cabinet which is packaged with internal pipeline equipment such as an oil supply pipeline, a filter, a pressure control device, a flow control device, a back-pumping device, a buffer device and the like, an electric reel 7 is arranged on the electric cabinet, and the electric cabinet leads out a pressure oiling interface or a gravity oiling interface from the internal pipeline; the pressure refueling interface or the gravity refueling interface is correspondingly connected with the reel 7 provided with a pipeline and is provided with a refueling gun; the side of the electrical cabinet is provided with an oil inlet, and an instrument operation panel is configured to display states of pressure, flow, operation and the like. The periphery of the oiling unit 2 is closed, and the operation and instrument panel can be opened.

< Power Unit 4>

The power unit 4 is used for connecting the refueling unit 2 and the cleaning unit 3 and temporarily supplying power to the refueling unit 2 and the cleaning unit 3 and other unit equipment. When in refueling operation, the power unit 4 is connected with the refueling unit 2; when in the cleaning operation, the power unit 4 is connected to the cleaning unit 3. The power unit 4 is connected with an electric control box of the corresponding unit equipment in a cable rapid plugging mode. The power unit 4 integrates the generator set and the distribution box (the height of the generator set is increased by about 250 mm) to be used as an independent unit, so that the installation and the transportation are convenient.

The power unit 4 can provide various alternating current and direct current power supply outputs with different voltages, and various power requirements are met. The power unit 4 in this embodiment adopts the low-noise diesel generating set that has increased explosion-proof block terminal, has protective measures such as antistatic lightning protection. Wherein the unit block terminal adopts explosion-proof socket plug, explosion-proof level Exd II AT4Gb, joins in marriage 2 roots of output line: 380V/50 Hz, length 10 m; 2 spare wires: 380V/220V/50Hz respectively, and the length is 30 meters; all adopt waterproof quick connector, leave ordinary three-phase and two-phase socket simultaneously, be equipped with 6/12/24V DC power output interface, have some crossover sub and wiring board at random to adapt to different demands. The generator set has the characteristics of explosion prevention, water prevention, dust prevention and sun exposure resistance, and sound insulation treatment is performed on the box body, so that noise is reduced and is less than or equal to 75 decibels.

Further, the power unit 4 comprises a matched set of direct current charging lithium batteries, can provide a direct current power supply of 20A-6/12/24/36/48V, can be used when the engine is not started, and can be charged when the diesel generator set is started and automatically disconnected after the diesel generator set is fully charged.

The power unit 4 is convenient to overhaul and maintain, high in automation degree and free of personnel on duty.

< cleaning Unit 3>

The cleaning unit 3 utilizes jet fuel (aviation kerosene) to carry out full-automatic circulating cleaning on a fuel tank of the mobile equipment, such as an airplane fuel tank, detects the pollution degree of the fuel tank on line and ensures that the fuel tank meets the requirements of relevant standards.

The cleaning unit 3 comprises two self-oil suction pumps which are respectively used for filling and extracting fuel oil, and the fuel oil for cleaning can directly come from the oil tank combination unit 1. The filling pipeline has a surge function and a bubbling function, so that the filled oil forms waves, and meanwhile, the bubbled fuel oil overturns to form impact force to flush the object. Meanwhile, a vacuum pump is matched for auxiliary suction, the flow speed of the discharged liquid is increased, the inside of the box body is washed, and the oil pump is assisted to work. The cleaning unit 3 uses other oil tanks as circulating tanks, and the capacity is selected according to the size of the airplane oil tank; the cleaning unit 3 is an independent function device, and can be used in parallel and overlapped in cleaning, so that the disadvantage of huge volume of the existing cleaning vehicle is solved.

< Accessory case 5>

The accessory boxes 5 are not connected with other functional units, and the accessory boxes 5 are relatively independent and are fixed with each other only during transportation. The interior of the accessory box 5 is divided into various functional lattices, fixing devices are arranged in the lattices and used for storing and containing equipment accessories, tools, fire-fighting equipment and the like, two sides of the box body are opened, the internal space is fully utilized, the heights of the parts are collected and fixed in a centralized manner, and the accessory box is suitable for various transportation conditions.

In the embodiment, each functional link in large-scale refueling and cleaning equipment of an airplane 6 and a mobile vehicle base is split into independent functional units such as a power unit 4, a refueling unit 2, a cleaning unit 3, an oil tank combination unit 1 and an accessory box 5 which are different in number, each functional unit is small in size and light in weight, transportation is facilitated, the units can work all weather after special treatment, a common automobile can be transported, the device is also suitable for transportation of containers and army square cabins, and especially the device can be used under the field maneuvering condition.

When the mobile supply system is used for refueling the airplane 6, the oil tanks in the oil tank combination unit 1 are sequentially connected in series through a plurality of first pipelines 9, the oil tank combination unit 1 and the refueling unit 2 are correspondingly connected through a second pipeline 10 (in the embodiment, an oil pump connecting pipe with a special joint is adopted), one end of the second pipeline 10 is connected with an oil outlet 15 on the oil tank, and the other end of the second pipeline is connected with an oil pump interface on the refueling unit 2; the power unit 4 supplies power to the refueling unit 2 through a cable, and the refueling unit 2 is connected with a fuel tank of the airplane 6 through a pipeline III 11 wound on the reel 7; meanwhile, a control line led out from the interior of the oiling unit 2 is connected with an electric dull man 8, so that the external operation is facilitated. The tank units do not have to be located close together during the refuelling operation of the tanks of the aircraft 6, but the tank volumes and the type of refuelling unit 2 can be combined as desired, in a manner which is shown schematically in fig. 1.

When the mobile replenishment system is used for cleaning the fuel tanks of the aircraft 6, the volume of the additional tank, i.e. the tank module 1, is determined on the basis of the fuel tank volume of the aircraft 6, the total volume of the tank module 1 in principle not being lower than the fuel tank volume of the aircraft 6. As shown in fig. 2, each oil tank in the oil tank combination unit 1 is connected in series two by two through a first pipeline 9, the oil tank combination unit 1 and the cleaning unit 3 are connected end to end through a second pipeline 10 to form a circulation pipeline, one end of the second pipeline 10 is connected with an oil outlet 15 on the oil tank, and the other end of the second pipeline is connected with a circulation port on the cleaning unit 3. In order to clean the oil tank of the airplane 6 comprehensively and quickly at one time, two self-oil-sucking pumps in the cleaning unit 3 are respectively connected with three reels 7 (one for filling and one for extracting) which are connected in parallel, and the reels 7 are respectively connected with the oil tank of the airplane 6 and the cleaning unit 3 through a pipeline three 11 (a pipeline three 11 is wound on a reel 7 body) and a pipeline four 12 to form three pipelines; the three pipelines are respectively used for the left wing, the right wing and the central oil tank of the airplane 6. The power unit 4 supplies power to the cleaning unit 3 through a cable.

The first pipe 9, the second pipe 10, the third pipe 11 and the fourth pipe 12 are all rubber hoses, and the end parts of the first pipe are respectively provided with corresponding special interfaces for matching with an oil pump on an oil tank, an oil filling unit or a cleaning unit or an aircraft oil tank interface, and the structure of the pipeline is shown in fig. 6-9, wherein dotted lines represent an extraction route different from a filling route, so as to more clearly illustrate a circulation route of fuel cleaning.

The third pipeline 11 comprises a connector connected with an oil pump of the oiling unit 2 or the cleaning unit 3, a pipeline body, a two-way quick connector 13 and a special connector for an oil tank of the mechanical and electrical equipment, which are connected in sequence. The quick connector 13 is detachably connected with a special connector for the mechanical equipment, and corresponding connectors can be quickly selected and replaced to match with the quick connector according to the object using the mechanical equipment.

The movable supply system also comprises an oil well pump which is used for extracting residual oil in the pipeline after the work is finished and recovering and concentrating the residual oil in the oil tank, wherein the pipeline comprises a pipeline 9, a pipeline two 10, a pipeline three 11 and a pipeline four 12.

The mobile replenishment system can be used as a mobile replenishment station, can be used as a satellite point of a fixed base only by a slightly flat and open field and proper traffic conditions, and is low in cost and flexible; and scattered functional units can be updated and deployed in time according to the service object condition, and the transfer work can be completed only by a common transport tool, so that the special requirements of large transport tools on roads are eliminated.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents and improvements made within the spirit and principle of the present invention are intended to be included within the scope of the present invention.