CN218004129U - Shelter system for plateau duty - Google Patents

Abstract

The utility model provides a shelter system for plateau duty, belonging to the technical field of special shelter, solving the problem that the prior art lacks a special shelter which is convenient to transport and has functional informatization aiming at the plateau duty environment; the method comprises the following steps: the system comprises a fixed shelter subsystem, a comprehensive power supply subsystem, an area early warning subsystem and a duty task subsystem, wherein the fixed shelter subsystem is used for providing basic living conditions, an information function system installation platform and overall shelter transportation, the comprehensive power supply subsystem is used for integrally supplying power to the shelter system and is provided with external power supply input and internal self-generating power, the area early warning subsystem is used for carrying out environmental target monitoring and personnel control, and the duty task subsystem is used for carrying out specific patrol duty; the utility model discloses a selectively consider informationization functional and shelter transportation nature, but make this shelter rapid transit and arrange in plateau alpine environment, have frontier defense command cooperative communication, monitoring means simultaneously, for the action on duty provides high standard hardware technical support, effectively manage frontier defense army, provide the solution thinking for the informationization development of frontier defense construction.

Description

Shelter system for plateau duty

Technical Field

The utility model belongs to the technical field of the special shelter, be applied to the work of performing on duty on the plateau, concretely relates to shelter system is used on duty on the plateau.

Background

The frontier defense management control in plateau areas has the characteristics of complex and severe environment, more points, long lines, wide range and the like, and frontier defense forces are very difficult and heavy in task. The special shelter is an important facility for guaranteeing the basic living life and the duty condition of the frontier defense fighter, and is particularly important in frontier defense management and control work.

In the prior art, a shelter applied to a plateau area and providing duty condition support for a frontier defense unit is generally deployed in the following manner: transporting raw materials, equipment and other parts required by the shelter to a deployment site, carrying out field installation, and forming a shelter system after the installation and the construction are finished; the shelter system based on the mode is only suitable for road transportation or railway transportation due to the overall situation of the volume, the structure and the installation and construction of the shelter system, so that after deployment, if the deployment position needs to be moved due to various emergencies, the shelter system needs to be installed and dismantled again or a slower transportation mode is adopted, and inconvenience is brought to border duty; meanwhile, the existing border duty shelter only provides basic living and living conditions, depends on the input of external resources and energy, does not have autonomous energy capacity, and does not access enough informatization duty technology; when the shelter is used, the duty tasks are performed more by the frontier forces going out and carrying single equipment, so that the functionality and the reliability of the conventional shelter system are insufficient along with the continuous severe situation of frontier management and control work.

With the development of informatization technology, how to provide a novel shelter for frontier soldiers, which is applied to plateau areas and reduces the workload of the frontier soldiers by informatization means, so that the management and control capability of various personnel in frontier areas is improved, and the problem becomes irresistible in frontier construction; the existing shelter technology is widely applied to different military and civil fields such as engineering sites, command centers, field rescue and the like, but a special shelter which can be hoisted and transported by a helicopter and integrates information technologies such as multiple power supply modes, living condition guarantee functions, duty task condition provision and the like is still blank in China.

SUMMERY OF THE UTILITY MODEL

In order to solve the problem mentioned in the background art, the utility model provides a highland is shelter system for on duty, this system is applied to the shelter on duty with information-based technology, has ensured the basic condition of frontier defense fighter's life and the task demand on duty, has light in weight, easy transportation, the characteristics of function complete and the good reliability concurrently simultaneously.

The utility model discloses a following technical scheme realizes the purpose:

a shelter system for plateau duty comprising: the system comprises a fixed shelter subsystem, a comprehensive power supply subsystem, a regional early warning subsystem and a duty task subsystem, wherein the fixed shelter subsystem comprises a shelter framework structure platform, a working and living area arranged in the shelter framework structure platform, an oxygen supply module, a water supply module and a heating module, and is used for providing mounting and carrying spaces for other subsystems;

the comprehensive power supply subsystem comprises an external mains supply input module and an autonomous power supply module, the external mains supply input module and the autonomous power supply module are both connected with an automatic switching module and a protection module, the automatic switching module is used for switching an external mains supply input mode and an autonomous power supply mode, and the protection module is used for power supply and distribution protection of the shelter system.

The regional early warning subsystem comprises an intelligent monitoring module and a personnel positioning module, wherein the intelligent monitoring module is used for detecting, monitoring and identifying the dynamic environment and the target around the shelter deployment area, the personnel positioning module comprises a base station and a duty terminal in communication connection with the base station, and the personnel positioning module is used for positioning, receiving and presenting information data of duty personnel;

the duty task subsystem comprises a communication command module, an unmanned aerial vehicle reconnaissance module and a duty defense module, wherein the communication command module comprises Beidou director communication, satellite communication and short-wave radio station communication; the unmanned aerial vehicle reconnaissance module comprises an unmanned aerial vehicle operation platform, an unmanned aerial vehicle storage space and a control antenna, wherein the unmanned aerial vehicle operation platform is arranged in the shelter framework structure platform and is wirelessly connected with the on-duty unmanned aerial vehicle through the control antenna; the on-duty defense module is connected with the intelligent monitoring module through the data processing interface and used for carrying out threat analysis and active driving on the target identified by the intelligent monitoring module.

Furthermore, the system also comprises a safety detection subsystem, wherein the safety detection subsystem comprises an acquisition module and an alarm module, the acquisition module comprises a temperature and humidity sensor, a smoke sensor, an oxygen concentration sensor and a current voltmeter, and the alarm module is used for comparing the data acquired by the acquisition module with a preset threshold value and giving an alarm and controlling the alarm.

Furthermore, the fixed shelter subsystem further comprises a common transportation assembly arranged at the bottom of the shelter framework structure platform and a hoisting assembly arranged on the periphery of the shelter framework structure platform, wherein the hoisting assembly is used for enabling the shelter framework structure platform to be hoisted and transported by a helicopter.

Further, shelter frame structure platform includes the cube frame appearance that is formed by preceding, back, left and right, top, end six wallboard combinations, connected mode between the wallboard includes inside and outside outer corner rubber coating riveting mode, the structure of wallboard includes skin layer, main body layer, intermediate level and skeleton, the main body layer includes carbon fiber material, the intermediate level includes aluminium honeycomb and thermal-insulated polyurethane foam, the material of skeleton includes combined material.

Specifically, the oxygen supply module adopts an individual oxygen supply mode and comprises dispersion oxygen supply equipment and an oxygen supply pipeline, the water supply module comprises a source water supply assembly, a water purification assembly, water utilization equipment, a sewage discharge assembly and a water supply pipeline, and the heating module comprises fuel fan heater equipment, electric heating equipment and electric carpet heating equipment; oxygen supply line and supply channel are all pre-buried locate in shelter frame construction platform.

Preferably, the autonomous power supply module comprises a diesel generator, a wind power generation device, a solar power generation device, a UPS uninterruptible power supply and a distribution box, the interface of the autonomous power supply module comprises a standard plug socket interface, and the wiring mode comprises a TN-S mode.

Furthermore, the intelligent monitoring module comprises a detection assembly, a video monitoring assembly and a target identification assembly, the detection assembly adopts microwave detection equipment, the video monitoring assembly comprises a plurality of monitoring cameras arranged inside and outside the shelter frame structure platform, the target identification assembly is respectively connected with the detection assembly and the video monitoring assembly, and the target identification assembly is used for identifying detected and monitored targets.

Specifically, the base station includes UWB wireless carrier communication technology base station, the terminal on duty includes UWB signal transmission subassembly, life monitoring subassembly and emergency components.

Specifically, shelter frame construction platform reserves antenna installation interface and antenna space that is used for big dipper commander machine communication, satellite communication and short wave radio communication, the inside pre-buried feeder that has of shelter frame construction platform, the feeder passes through the antenna of antenna installation interface connection big dipper commander machine communication, satellite communication and short wave radio communication.

Furthermore, the duty defense module comprises a threat analysis component, a threat disposal component and a rejection weapon, the threat analysis component carries out threat analysis on the target identified by the intelligent monitoring module, the threat disposal module is connected with the rejection weapon, the threat disposal module is used for sending a target disposal command, and the rejection weapon comprises a strong acoustic wave energy emission component and is used for actively driving away the threat target in a non-lethal mode.

To sum up, owing to adopted this technical scheme, the beneficial effects of the utility model are as follows:

aiming at frontier defense work in alpine regions in plateau, the utility model provides a special shelter which is convenient to transport, has multiple transportation modes, high informatization degree, perfect functions and pertinence, and fills the domestic gap in the aspects of structure transportation, function selection and informatization degree balance of the shelter; the specific beneficial effect of this shelter includes:

1. the shelter system is composed of a large classification system, wherein the fixed shelter subsystem is the foundation of the whole shelter system, provides basic living conditions and duty conditions for personnel, is structurally suitable for road and railway transportation and helicopter hoisting transportation, is mainly made of light weight, modularization and standardization for structural materials, and provides a good installation and configuration platform for other subsystems for realizing specific functions.

2. Because this shelter on duty is applied to plateau, severe cold district, has consequently disposed oxygen suppliment and heating module in the fixed shelter subsystem, under the combined action of all the other basic life modules, the personnel on duty of frontier defense can obtain the life living accommodation and the operating condition that improve in the work living area of inside.

3. The comprehensive power supply subsystem can provide power support for all electric equipment in the whole shelter system, and can be connected to commercial power or automatically generate power to operate according to different shelter deployment places; wind power and light energy are complementary in the autonomous power generation process so as to obtain the maximum power generation efficiency, the UPS ensures that important equipment in the shelter system obtains continuous and stable power, and the effect of saving energy, protecting environment and simultaneously ensuring power supply is achieved by intelligently switching commercial power input and autonomous power generation.

4. The regional early warning subsystem and the duty task subsystem with high informatization and function selectivity meet the related functions of reconnaissance observation, communication contact, regional control, warning training, latency confrontation survival guarantee and the like of the duty shelter when in use, so that the frontier defense work is comprehensive, the work efficiency and the information transmission speed are comprehensively improved, the frontier defense duty personnel survive and live in the environments of plateau, extreme cold, strong wind and the like, and the resident task is executed to obtain powerful hardware support.

5. The regional early warning subsystem ensures the shelter and the periphery of the shelter through monitoring and positioning, the life safety of personnel on duty using the shelter and the smooth operation of the work on duty; the duty-on task subsystem provides communication command capability for duty-on personnel, the duty-on range and the visual field are expanded through the reconnaissance of the unmanned aerial vehicle, and when a threat target is found, the duty-on defense actively takes countermeasures to the threat target to give an alarm or drive away; the combination of the informatization means in specific frontier defense work reduces the workload of frontier defense duty personnel and improves the management and control capability of the frontier defense work.

6. The safety detection subsystem detects information of each kind of core data related to life safety and work progress in the shelter system through the application of a plurality of sensors, thereby providing data warning and information presenting functions for the staff on duty, improving the handling capacity of the staff on emergency and improving the survivability of the staff on duty.

Drawings

Fig. 1 is a schematic structural view of a shelter system of the present invention;

fig. 2 is a schematic structural diagram of an unmanned aerial vehicle reconnaissance module;

FIG. 3 is a schematic diagram of a security detection subsystem;

FIG. 4 is a schematic view of the specific structural layers and materials of the panel;

FIG. 5 is a schematic diagram of the oxygen supply module, the water supply module and the heating module;

FIG. 6 is a schematic structural diagram of an autonomous power supply module;

FIG. 7 is a schematic diagram of a configuration of a people positioning module;

FIG. 8 is a schematic diagram of a communication command module;

FIG. 9 is a schematic diagram of the structure of the duty defense module;

FIG. 10 is a front perspective view schematically illustrating one structural arrangement of the present shelter;

figure 11 is a rear perspective view of one structural arrangement of the present module.

The reference symbols in the drawings have the following meanings:

1-a working living area, 2-water using equipment, 3-a storage cabinet, 4-heating equipment, 5-an antenna mounting area, 6-an oxygen supply pipeline and 7-an unmanned aerial vehicle operating platform.

Detailed Description

To make the purpose, technical solution and advantages of the embodiments of the present invention clearer, the attached drawings in the embodiments of the present invention are combined to clearly and completely describe the technical solution in the embodiments of the present invention, and obviously, the described embodiments are part of the embodiments of the present invention, rather than all embodiments. The components of the embodiments of the present invention, as generally described and illustrated in the figures herein, could be arranged and designed in a wide variety of different configurations.

Thus, the following detailed description of the embodiments of the invention, as presented in the figures, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative efforts belong to the protection scope of the present invention.

Example 1

As shown in fig. 1, a shelter system for plateau duty includes:

the fixed shelter subsystem comprises a shelter framework structure platform, a working and living area arranged in the shelter framework structure platform, an oxygen supply module, a water supply module and a heating module, and is used for providing mounting and carrying space for the rest subsystems;

the integrated power supply subsystem comprises an external commercial power input module and an autonomous power supply module, wherein the external commercial power input module and the autonomous power supply module are both connected with an automatic switching module and a protection module, the automatic switching module is used for switching an external commercial power input mode and an autonomous power supply mode, and the protection module is used for power supply and distribution protection of an opposite cabin system;

the regional early warning subsystem comprises an intelligent monitoring module and a personnel positioning module, wherein the intelligent monitoring module is used for detecting, monitoring and identifying the dynamic environment and the target around the shelter deployment area, the personnel positioning module comprises a base station and a duty terminal in communication connection with the base station, and the personnel positioning module is used for positioning, receiving and presenting information data of duty personnel;

the duty-on task subsystem comprises a communication command module, an unmanned aerial vehicle reconnaissance module and a duty-on defense module, wherein the duty-on defense module is connected with an intelligent monitoring module through a data processing interface, and the duty-on defense module is used for carrying out threat analysis and active driving away on a target identified by the intelligent monitoring module.

As shown in fig. 2, the unmanned aerial vehicle reconnaissance module comprises an unmanned aerial vehicle console, an unmanned aerial vehicle storage space and a control antenna, which are arranged in the shelter framework structure platform, wherein the unmanned aerial vehicle console is wirelessly connected with the on-duty unmanned aerial vehicle through the control antenna; the frontier defense duty personnel can use the unmanned aerial vehicle operating platform in the duty cabin to operate the duty unmanned aerial vehicle to carry out wide-range reconnaissance, detection and calling on threat targets, and the duty unmanned aerial vehicle has an image acquisition function and can acquire real-time images or video data streams with the image quality of HD 1080P; when the unmanned aerial vehicle on duty returns, the storage space of the unmanned aerial vehicle on duty can store the unmanned aerial vehicle on duty and transmit the rest data of the unmanned aerial vehicle on duty through the data interface; the top of the shelter frame structure platform is reserved with an installation space for a control antenna, and a feeder for the control antenna is pre-embedded inside the shelter frame structure platform.

The fixed shelter subsystem further comprises a common transportation assembly arranged at the bottom of the shelter framework structure platform and a hoisting assembly arranged on the periphery of the shelter framework structure platform, and the hoisting assembly is used for enabling the shelter framework structure platform to be hoisted and transported by a helicopter.

The shelter system of the utility model meets the functional requirements of duty reconnaissance observation, communication contact, area control, guard patrol, and survival guarantee of latency confrontation, the shelter is a residential plateau duty, and the personnel can be equipped with 4 persons; the survival, life and resident task of the frontier defense duty personnel under the conditions of plateau, extreme cold and strong wind are met; besides the requirements of road transportation and railway transportation are met through the common transportation assembly, the requirements of helicopter hoisting transportation can also be met through the hoisting assembly.

Example 2

On the basis of embodiment 1, as shown in fig. 3, novel highland is shelter system for duty still includes the safety inspection branch system, the safety inspection branch system includes acquisition module and alarm module, acquisition module includes temperature and humidity sensor, smoke transducer, oxygen concentration sensor and current voltmeter, alarm module is used for data and the preset threshold value contrast that gathers acquisition module and makes the warning and control.

And the periphery and the interior of the shelter framework structure platform are provided with sound and light alarms linked with the alarm module and used for sending sound and light alarm signals.

The alarm function is realized by setting corresponding alarm threshold values for the safety detection data of each path.

The sensor that collection module includes specifically sets up as: 2 paths of temperature and humidity sensors, 1 path of smoke sensor and an oxygen concentration sensor are arranged in the shelter frame structure platform; arranging a 1-path temperature sensor outside a shelter frame structure platform; an ammeter and a voltmeter are respectively arranged at the external commercial power input module and the autonomous power supply module, so that data of related alternating current and direct current are collected and monitored.

The system can display and present the current detection data in real time and check the historical alarm records.

Example 3

On the basis of the embodiment 1 or 2, the embodiment is preferably used as a structure of a shelter framework structure platform, the shelter framework structure platform comprises a cubic frame shape formed by combining six front, rear, left, right, top and bottom wall plates, and the connection mode between the wall plates comprises an inner corner gluing and riveting mode and an outer corner gluing and riveting mode.

As shown in fig. 4, the structure of the wall panel comprises a skin layer, a main layer, an intermediate layer and a skeleton, wherein the main layer comprises a carbon fiber material, the intermediate layer comprises an aluminum honeycomb and heat insulation polyurethane foam, and the skeleton comprises a composite material.

In the combination of each layer structure of wallboard, after the rubber coating, the skin layer, the composite material skeleton and the intermediate layer are formed by heating and pressurizing through an intelligent large plate hot press, the thickness of the formed wallboard provided by the embodiment is 52mm, and the specific size of the cubic frame shape formed by combining the front wallboard, the rear wallboard, the left wallboard, the right wallboard, the top wallboard and the bottom wallboard is 4012 multiplied by 2438mm (length multiplied by width multiplied by height).

The on-duty shelter adopting the structural scheme is convenient to install, train and implement, and the light-weight structure enables the no-load weight of the on-duty shelter to be less than 500kg, so that the characteristic of convenient transportation is achieved, and the on-duty shelter can be hoisted and transported to be directly deployed in plateau alpine regions by using a helicopter.

In the work living area that shelter frame structure platform inside formed, the oxygen suppliment module, the water supply module and the heating module that set up for guaranteeing the basic life condition of frontier duty personnel are specifically as follows:

as shown in fig. 5, the oxygen supply module adopts an individual oxygen supply mode, and comprises a dispersion oxygen supply device and an oxygen supply pipeline, the water supply module comprises a source water supply component, a water purification component, a water supply device, a sewage discharge component and a water supply pipeline, and the heating module comprises a fuel fan heater device, an electric heater device and an electric carpet heating device; oxygen supply line and supply channel are all pre-buried inside locating the wallboard of shelter frame construction platform.

The working accommodation in the platform of the shelter framework structure can also be used as a storage area for safe maintenance tools of working equipment, and is provided with small emergency equipment or tools which can be operated by personnel, and provides enough internal illumination.

From this, the shelter frame construction platform that this embodiment provided is applied to plateau, alpine region along with the shelter system, through configuration oxygen suppliment and heating module, under the combined action of all the other basic life modules, the frontier defense personnel can obtain the life living and the operating condition that improve in the work living area of inside, and shelter frame construction platform is with lightweight, modularization, standardization as leading, whole low-power consumption, energy-conservation, can satisfy the space and the ability of carrying on all the other subsystems simultaneously again.

Example 4

On the basis of the foregoing embodiments, a comprehensive power supply subsystem is specifically described in this embodiment, where as shown in fig. 6, the autonomous power supply module includes a diesel generator, a wind power generation device, a solar power generation device, an UPS uninterruptible power supply, and a distribution box, an interface of the autonomous power supply module includes a standard plug and socket interface, and a wiring manner includes a TN-S manner.

The external mains supply input module in the comprehensive power supply subsystem is provided with 1 path of external mains supply input interface and 1 path of mains supply output interface, the voltage of the mains supply is 220V, the frequency is 50Hz, the power supply of all electric equipment in the duty shelter system can be switched between the external mains supply and the autonomous power supply through the automatic switching module, the switching can be automatically determined through the system, manual operation can be carried out, and no gap exists in the switching process.

Important survivability and functional equipment in the whole duty shelter are connected to the UPS in the autonomous power supply module, so that the reliability of the whole duty shelter is improved, the life safety is ensured, and important data information is prevented from being lost.

Aiming at the equipment with less application range and service time and larger power in the shelter system, a distribution box is provided in the autonomous power supply module, and the distribution box supplies power to the equipment in a separate power supply mode.

In this embodiment, the standard connector interface ensures safe and stable connection between the power cable and each device.

In the TN-S wiring system, the system neutral line N is strictly distinguished from the protection line PE included in the protection module, and the metal casing of each electric device is connected to the ground line in the protection module via the protection line PE.

The protection module comprises a plurality of independent grounding terminals, a lightning arrester, a surge suppressor and a main power supply leakage and open-phase protection device, and air switches meeting the load capacity of a line are adopted for protection.

Example 5

On the basis of the above embodiment, this embodiment specifically introduces regional early warning subsystem, wherein intelligent monitoring module is including surveying the subassembly, video monitoring subassembly and target identification subassembly, surveys the subassembly and adopts microwave detection equipment, and the video monitoring subassembly is including setting up in the inside and outside a plurality of surveillance cameras of shelter frame structure platform, and the target identification subassembly is connected with surveying subassembly and video monitoring subassembly respectively, and the target identification subassembly embeds current artificial intelligence AI discernment algorithm technique, realizes carrying out the function of discerning the target that surveys and monitor.

The detection component and the video monitoring component judge the accurate position of the target according to the distance, the angle and the speed of the target, and further carry out target analysis and rechecking to identify whether the target and the position of the target need to be alarmed.

The intelligent monitoring module carries out acousto-optic alarm on the identified target needing to be alarmed by taking an acousto-optic alarm arranged in the shelter frame structure platform as a medium.

As shown in fig. 7, the base station of the personnel positioning module in the regional early warning subsystem is a UWB wireless carrier communication technology base station, and the base station is in communication connection with the duty terminal of the frontier duty personnel, and can receive signal data transmitted by the UWB signal transmitting assembly in the duty terminal in real time, including signal data transmitted by the life monitoring assembly and the emergency assembly.

In the embodiment, a set of shelter system is provided with a set of UWB wireless carrier communication technology base station and 2 duty terminals, and frontier defense duty personnel in a shelter frame structure platform can communicate with duty personnel wearing the duty terminals through the base station, know information such as positions and states at any time and timely perform emergency state disposal operation.

Example 6

On the basis of above-mentioned embodiment, this embodiment specifically introduces task on duty divides system, as shown in fig. 8, communication command module includes big dipper commander machine communication, satellite communication and short wave radio station communication, shelter frame construction platform reserves antenna installation interface and antenna space that is used for big dipper commander machine communication, satellite communication and short wave radio station communication, and the inside pre-buried feeder that has of shelter frame construction platform, the feeder passes through the antenna of antenna installation interface connection big dipper commander machine communication, satellite communication and short wave radio station communication.

The big dipper commander that this embodiment provided specifically can adopt second generation or third generation big dipper commander.

As can be seen from this embodiment and the foregoing embodiments, the shelter frame structure platform of this duty shelter needs to reserve at most the following antenna installation interfaces and spaces: the system comprises a Beidou director communication antenna, a satellite communication antenna, a short-wave radio station communication antenna and a control antenna for controlling the unmanned aerial vehicle; inside this shelter frame construction platform in shelter on duty, such as inside the wallboard, need pre-buried following spool at most: the unmanned aerial vehicle comprises a Beidou commander communication antenna, a satellite communication antenna, a short-wave radio communication antenna, corresponding feeders for controlling a control antenna of the unmanned aerial vehicle, an oxygen supply pipeline and a water supply pipeline for providing basic survival conditions; therefore, the design and manufacture process of the structure can be carried out by adopting a standardized design, so that the shelter framework structure platform meets the normal use hardware condition of all functions on the basis of light weight.

As shown in fig. 9, the duty defense module includes a threat analysis component, a threat disposal component and a denial weapon, the threat analysis component performs threat analysis on the target identified by the intelligent monitoring module, the threat disposal component is connected with the denial weapon, the threat disposal module is configured to issue a target disposal command, and the denial weapon includes a megasonic energy emission component configured to actively drive away the threat target in a non-destructive manner.

In a common frontier defense duty task, threat objects generally comprise ground enemy personnel, vehicles, low-altitude unmanned machines, terrorist molecules, illegal invaders, vehicles and the like, and when the threat objects are found and identified, the duty defense module can automatically or manually start the refused weapons to drive away and refuse the weapons.

After all relevant systems are carried, fig. 10 and fig. 11 provide a schematic arrangement mode of a shelter frame structure platform of the shelter, and the schematic arrangement mode shows some installation and placement suggested positions of a working and living area 1, a water using device 2, a storage cabinet 3, a heating device 4, an antenna installation area 5, an oxygen supply pipeline 6 and an unmanned aerial vehicle operating platform 7; when the system is implemented specifically, the related system, equipment and use structure can be adjusted according to actual conditions of placement and position installation places.

Claims (10)

1. A shelter system for use in plateau duty comprising: the system comprises a fixed shelter subsystem, a comprehensive power supply subsystem, a regional early warning subsystem and a duty task subsystem, wherein the fixed shelter subsystem comprises a shelter framework structure platform, a working and living area arranged in the shelter framework structure platform, an oxygen supply module, a water supply module and a heating module, and is used for providing mounting and carrying spaces for other subsystems;

the integrated power supply subsystem comprises an external commercial power input module and an autonomous power supply module, wherein the external commercial power input module and the autonomous power supply module are both connected with an automatic switching module and a protection module, the automatic switching module is used for switching an external commercial power input mode and an autonomous power supply mode, and the protection module is used for carrying out power supply and distribution protection on an opposite cabin system;

the regional early warning subsystem comprises an intelligent monitoring module and a personnel positioning module, the intelligent monitoring module is used for detecting, monitoring and identifying the dynamic environment and the target around the shelter deployment site, the personnel positioning module comprises a base station and a duty terminal in communication connection with the base station, and the personnel positioning module is used for positioning, receiving and presenting information data of duty personnel;

the duty task subsystem comprises a communication command module, an unmanned aerial vehicle reconnaissance module and a duty defense module, wherein the communication command module comprises Beidou director communication, satellite communication and short-wave radio station communication; the unmanned aerial vehicle reconnaissance module comprises an unmanned aerial vehicle operating platform, an unmanned aerial vehicle storage space and a control antenna, wherein the unmanned aerial vehicle operating platform is arranged in the shelter frame structure platform and is wirelessly connected with the unmanned aerial vehicle on duty through the control antenna; the on-duty defense module is connected with the intelligent monitoring module through the data processing interface, and the on-duty defense module is used for carrying out threat analysis and active driving on the target identified by the intelligent monitoring module.

2. The high altitude duty shelter system as claimed in claim 1, wherein: still include the safety inspection branch system, the safety inspection branch system includes collection module and alarm module, collection module includes temperature and humidity sensor, smoke transducer, oxygen concentration sensor and current voltmeter, alarm module is used for the data of gathering the module with predetermine the threshold value contrast and make the warning and control.

3. The high altitude duty shelter system as claimed in claim 1, wherein: the fixed shelter subsystem further comprises a common transportation assembly arranged at the bottom of the shelter framework structure platform and a hoisting assembly arranged on the periphery of the shelter framework structure platform, and the hoisting assembly is used for enabling the shelter framework structure platform to be hoisted and transported by a helicopter.

4. The high altitude duty shelter system as claimed in claim 1, wherein: the shelter frame structure platform includes the cube frame appearance that is formed by preceding, back, left and right, top, end six wallboard combinations, connected mode between the wallboard includes inside and outside cornerite rubber coating riveting mode, the structure of wallboard includes skin layer, main part layer, intermediate level and skeleton, the main part layer includes carbon fiber material, the intermediate level includes aluminium honeycomb and thermal-insulated polyurethane foam, the material of skeleton includes combined material.

5. The high altitude duty shelter system as claimed in claim 1, wherein: the oxygen supply module adopts an individual oxygen supply mode and comprises dispersion oxygen supply equipment and an oxygen supply pipeline, the water supply module comprises a source water supply assembly, a water purification assembly, water using equipment, a sewage discharge assembly and a water supply pipeline, and the heating module comprises fuel fan heater equipment, electric heater equipment and electric heating carpet equipment; oxygen supply line and supply channel are all pre-buried locate in shelter frame construction platform.

6. The high altitude duty shelter system as claimed in claim 1, wherein: the interface of the autonomous power supply module comprises a standard plug socket interface, and the wiring mode comprises a TN-S mode.

7. The high altitude duty shelter system as claimed in claim 1, wherein: the intelligent monitoring module comprises a detection assembly, a video monitoring assembly and a target identification assembly, wherein the detection assembly adopts microwave detection equipment, the video monitoring assembly comprises a plurality of monitoring cameras arranged inside and outside a shelter frame structure platform, the target identification assembly is respectively connected with the detection assembly and the video monitoring assembly, and the target identification assembly is used for identifying detected and monitored targets.

8. The high altitude duty shelter system as claimed in claim 1, wherein: the base station comprises a UWB wireless carrier communication technology base station, and the duty terminal comprises a UWB signal transmitting component, a life monitoring component and an emergency component.

9. The high altitude duty shelter system as claimed in claim 1, wherein: the shelter frame structure platform is reserved with an antenna installation interface and an antenna space for Beidou director communication, satellite communication and short-wave radio communication, a feeder line is pre-buried in the shelter frame structure platform, and the feeder line is connected with an antenna for Beidou director communication, satellite communication and short-wave radio communication through the antenna installation interface.

10. The high altitude duty shelter system as claimed in claim 1, wherein: the duty defense module comprises a threat analysis component, a threat disposal component and a denial weapon, the threat analysis component carries out threat analysis on the target identified by the intelligent monitoring module, the threat disposal module is connected with the denial weapon, the threat disposal module is used for sending a target disposal command, and the denial weapon comprises a strong acoustic wave energy emission component and is used for actively driving away the threat target in a non-killing mode.

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