CN103995874A - EFB system based on Windows modern UI - Google Patents
EFB system based on Windows modern UI Download PDFInfo
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- CN103995874A CN103995874A CN201410219377.6A CN201410219377A CN103995874A CN 103995874 A CN103995874 A CN 103995874A CN 201410219377 A CN201410219377 A CN 201410219377A CN 103995874 A CN103995874 A CN 103995874A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/10—File systems; File servers
- G06F16/17—Details of further file system functions
- G06F16/178—Techniques for file synchronisation in file systems
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/29—Geographical information databases
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Abstract
The invention provides an EFB system based on a Windows modern UI. The EFB system comprises an interface checklist module, a displaying module, a database query module and a GIS map navigation module. The interface checklist module is used for checking items which needs to be checked at the current stage one by one in various stages of flying, and checking results are stored in a data storage module. The displaying module is used for displaying the checking results of the checklist module and obtaining and displaying documents corresponding to document displaying instructions obtained from the data storage module according to the document displaying instructions of a pilot. The database query module is used for finding corresponding data which meet condition parameter instructions in a database of the data storage module according to the received condition parameter instructions of the pilot. The GIS map navigation module is used for achieving plane positioning and navigation according to the longitude and latitude information located by a GPS. According to the EFB system, an EFB application environment is enriched, a PED of a Windows operation system can use the EFB system flexibly, operation is easy, and using is very convenient.
Description
Technical field
The present invention relates to a kind of based on Windows Modern user interface (User Interface; UI) electronic flight data bag (Electronic Flight Bag; EFB) system, belongs to airmanship field.
Background technology
Along with the development of aircraft industry, escadrille's scale is increasing, also more comes also urgent to the demand of EFB system.What pilot flew indispensability at every turn is flight bag (comprising the approximately paper document of 18KG such as airplane operation handbook, unit operation handbook, navigation chart), and EFB is the flight bag of commonly using for substituting pilot, being a general electronics computing platform, is in order to allow flight unit more easily and effectively carry out the electronic information of flight management task.
EFB is digital display circuit, conventionally lighter, approximately 0.5-2.2KG; Its benefit is to substitute tradition flight bag to have saved weight, reduced medical treatment and submit an expense account, reduced cost, increased efficiency by reducing or rejecting paper medium, has increased equally security, has reduced pilot's workload.
Mostly the application of current EFB system is to be applied in IOS operating system based on Apple research and development on IPAD as Class1 more.Windows operating system is also portable electron device (Portable Electronic Device; PED) conventional a kind of operating system, and prior art lacks the application of the EFB system based on Windows Modern UI.
Summary of the invention
In order to make up the application that lacks the EFB system based on Windows in prior art, the application provides a kind of EFB system based on Windows Modern UI.
On the one hand, the invention provides a kind of EFB system based on Windows Modern UI, comprise interface checklist module, display module, database query module, GIS digital map navigation module and data memory module;
Described interface checklist module is connected with described data memory module, and for each stage in flight, the project that need to check the current generation checks one by one, and check result is stored in described data memory module;
Described display module is connected with described interface checklist module, for showing the check result of described interface checklist module;
Described display module is also connected with described data memory module, for obtaining document corresponding to described document idsplay order according to pilot's document idsplay order from described data memory module, and shows; Described document comprises Airport information and airplane information;
Described database query module is connected with described data memory module, for according to the pilot's who receives conditional parameter instruction, finds and meet data corresponding to described conditional parameter instruction in the database from described data memory module;
Described display module is connected with described database query module, for data corresponding to described conditional parameter instruction that show that described database query module finds;
GIS digital map navigation module for according to the latitude and longitude information of GPS location, realizes the location navigation of aircraft on map;
Described display module is connected with described GIS digital map navigation module, and described display module shows the navigation information that described GIS digital map navigation module location navigation obtains.
Optionally, system described above, also comprises data update module:
Described data update module is connected with described data memory module, for the data of described data memory module are synchronizeed with the data on far-end server.
Optionally, system described above, described data update module, specifically for being updated to the check result of described interface checklist module on described far-end server;
Described data update module, also specifically for upgrading the document in described data memory module according to the document on described far-end server or the webserver;
Described data update module, also specifically for according to the described database in data memory module described in the database update on described far-end server.
Optionally, system described above, described data update module, specifically for adopting the mode of incremental update or the mode of update all according to the document on described far-end server or the webserver, upgrades the document in described data memory module.
Optionally, system described above, described data update module is connected with described far-end server by wireless network.
Optionally, system described above, described data update module adopts file transfer protocol (FTP) and described far-end server to carry out data transmission, realizes synchronous.
Optionally, system described above, described document adopts the storage of pdf form.
Optionally, system described above, the Airport information in described document comprises that chart comprises airport figure, stop position figure, standard instrument departure, SID figure, airport obstacle figure, precision approach topomap, Standard Instrument Approach figure, instrument approach figure and navigational information compilation information described in chart; Described airplane information comprises type handbook.
Optionally, system described above, also comprises human-machine interface module; Described pilot's document idsplay order and described pilot's conditional parameter instruction are all that pilot inputs by human-machine interface module.
Optionally, system described above, described display module and described human-machine interface module are integrated.
EFB system based on Windows Modern UI of the present invention, by adopting technique scheme to use the interface development technology of Windows Modern UI, thereby simple interface, content are outstanding, and workflow is natural and tripping.Interface based on Windows Modern UI and the design proposal of workflow design, realized each function including file demonstration, data base querying, GIS digital map navigation, FTP Data Update, interface checklist; Interface display is clean and tidy, obvious, and workflow is clear, nature.The application's EFB system has been enriched EFB application environment for use, can make to use the PED of Windows operating system also can use flexibly EFB system, and operation is very simple, very easy to use.
Brief description of the drawings
The structural representation of the EFB system based on Windows Modern UI that Fig. 1 provides for one embodiment of the invention.
The structural representation of the EFB system based on Windows Modern UI that Fig. 2 provides for another embodiment of the present invention.
The function detailed annotation schematic diagram of the EFB system based on Windows Modern UI that Fig. 3 provides for the embodiment of the present invention;
The workflow schematic diagram of the EFB system based on Windows Modern UI that Fig. 4 provides for the embodiment of the present invention;
Fig. 5 is the interface homepage design figure of the EFB system based on Windows Modern UI of the embodiment of the present invention;
Fig. 6 is the main working interface design drawing of the EFB system based on Windows Modern UI of the embodiment of the present invention.
Embodiment
For the above-mentioned purpose, the feature and advantage that make the application can become apparent more, below in conjunction with the drawings and specific embodiments, the application is described in further detail.
The structural representation of the EFB system based on Windows Modern UI that Fig. 1 provides for one embodiment of the invention.As shown in Figure 1, the EFB system based on Windows Modern UI of the present embodiment comprises interface checklist module 10, display module 11, database query module 12, GIS digital map navigation module 13 and data memory module 14.
Its median surface checklist module 10 is connected with data memory module 14, interface checklist module 10 and each stage in flight, and the project that need to check the current generation checks one by one, and check result is stored in data memory module 14; Display module 11 is connected with interface checklist module 10, and display module 11 is for the check result of display interface checklist module 10; Display module 11 is also connected with data memory module 14, and display module 11 obtains from data memory module 14 document that document idsplay order is corresponding for the document idsplay order according to pilot, and shows; Document comprises Airport information and airplane information; Database query module 12 is connected with data memory module 14, and database query module 12, for according to the pilot's who receives conditional parameter instruction, finds data corresponding to eligible parameter instruction in the database from data memory module 14; Display module 11 is connected with database query module 12, data corresponding to conditional parameter instruction that display module 11 finds for showing database query module 12; GIS digital map navigation module 13, for according to the latitude and longitude information of GPS location, realizes the location navigation of aircraft on map; Display module 11 is connected with GIS digital map navigation module 13, and display module 11 shows the navigation information that GIS digital map navigation module 13 location navigations obtain.Alternatively, the navigation information of GIS digital map navigation module 13 also can be stored in data memory module 14.
The EFB system based on Windows Modern UI of the present embodiment, by adopting technique scheme to use the interface development technology of Windows Modern UI, thereby simple interface, content are outstanding, and workflow is natural and tripping.Interface based on Windows Modern UI and the design proposal of workflow design, realized each function including file demonstration, data base querying, GIS digital map navigation, FTP Data Update, interface checklist; Interface display is clean and tidy, obvious, and workflow is clear, nature.The application's EFB system has been enriched EFB application environment for use, can make to use the PED of Windows operating system also can use flexibly EFB system, and operation is very simple, very easy to use.
It should be noted that, pilot has certain checklist in each stage of flight course, flight certain phase to check one by one every scope of examination practicable, ensure aircraft in good working order, meet flight requirement; Therefore the interface checklist module 10 in above-described embodiment is necessity very.Interface checklist module 10 is at the checklist page, classifies according to the different stages, and each single check item is with succinctly, whether mode is expressed it and checked in selection intuitively.Each in stage in stage divide and be mainly before starting, start after, take off before, take off after, enter near, land, land after, shutdown, safe escape, be corresponding with the flight course of aircraft.As the checklist table in 1 each stage of following table.
Table one checklist table
The structural representation of the EFB system based on Windows Modern UI that Fig. 2 provides for another embodiment of the present invention.On the basis of above-described embodiment, the EFB system of the present embodiment can also comprise data update module 15.Wherein data update module 14 is connected with data memory module 14, and data update module 15 is for synchronizeing the data of data memory module 14 with the data on far-end server.This synchronizing process in the present invention occurs in airport.Therefore can synchronize with far-end server as wifi by wireless network.Can pass through particularly file transfer protocol (FTP) (file transfer protocol; Ftp) carry out data transmission, realize synchronously, therefore this data update module 15 also can be called as ftp data update module 15.
Data update module 15 Data Update are exactly file data on synchronous far-end server and local file data, and the type of these data can adopt shown in data directory storage with tissue, and for example as shown in Figure 3, subsequent embodiment is described in detail again; Synchronous documents has several different methods perhaps, for example, in the present invention, can adopt the simplest file transfer protocol (FTP) of realization (file transfer protocol; Ftp) document transmission method.Use ftp agreement can obtain the various information of the catalogue of distance host and file wherein, compare by these information and local directory and file, thereby find need the data file of renewal and then carry out Data Update.The renewal of all data is that aircraft carries out Data Update operation by WiFi netter building site and far-end server in the time of airport ground, can't realize the link of network at present in flight course.Owing to adopting ftp protocol transmission, far-end server also can be called ftp server.
Optionally, data update module 15 is specifically for being updated to the check result of interface checklist module 10 on far-end server.Data update module 15 is also specifically for upgrading the document in data memory module according to the document on far-end server or the webserver.For example some document can directly be downloaded from the official website on airport, therefore can be connected to download with the webserver document.Data update module 15 is also specifically for according to the database in the update data of database memory module 14 on far-end server.
Further alternative, data update module 14, specifically for adopting the mode of incremental update or the mode of update all according to the document on far-end server or the webserver, upgrades the document in data memory module 14.
Document in above-described embodiment can adopt the storage of pdf form.Airport information in document comprises that chart chart comprises airport figure, stop position figure, standard instrument departure, SID figure, airport obstacle figure, precision approach topomap, Standard Instrument Approach figure, instrument approach figure and navigational information compilation (Aeronautical Information Publication; AIP) information; Airplane information comprises type handbook.
Optionally, the EFB system of the present embodiment can also comprise human-machine interface module (not shown); Pilot's document idsplay order and pilot's conditional parameter instruction are all that pilot inputs by human-machine interface module.Further display module 11 and human-machine interface module can be integrated alternatively, the touch panel device of for example existing panel computer.It should be noted that, EFB system of the present invention also can be understood as an integrated software, and the PED such as panel computer that can be arranged on Windows Modern system is upper, and its display module 11 and human-machine interface module can adopt the touch-screen of PED to realize.
The EFB system based on Windows Modern UI of the present embodiment, by adopting technique scheme to use the interface development technology of Windows Modern UI, thereby simple interface, content are outstanding, and workflow is natural and tripping.Interface based on Windows Modern UI and the design proposal of workflow design, realized each function including file demonstration, data base querying, GIS digital map navigation, FTP Data Update, interface checklist; Interface display is clean and tidy, obvious, and workflow is clear, nature.The application's EFB system has been enriched EFB application environment for use, can make to use the PED of Windows operating system also can use flexibly EFB system, and operation is very simple, very easy to use.
EFB system based on Windows Modern UI of the present invention can be a set of integrated software application system, for example can use at the portable touch panel computer based on Windows8, for the paperless work realizing in pilot's flight course designs.
Interface checklist module: pilot need to check confirmation to the various states of aircraft in each stage of flight, and its result is preserved, in the time that stopping airport, aircraft is synchronized on the webserver by FTP data update module, so that use in the future.
Because the preservation form of electronic bits of data in this EFB system is pdf file layout, the file that display module will show is pdf file, therefore display module also can be called as pdf file display module: demonstration pdf file need to be played up the page that will show and show as image, and can carry out glibly zoom operations, the pdf development library of increasing income in this employing is realized smooth and easy, the fast demonstration of pdf file.And this pdf file display module also can show the check result of checklist module, the inquiry knot of database query module, the navigation map of GIS digital map navigation module.
Database query module: database query module is the combination that boundary condition input, selection and data base querying and result show; First need to design database, qualified tables of data row is input in database, when pilot has selected corresponding conditional combination according to its known conditions on interface, module can find and meets the data of search criterion and show at interface from database.
GIS digital map navigation module: first GIS digital map navigation module needs to show map, secondly can locate aircraft position; Here applying GPS technology is in order to locate the longitude and latitude of aircraft, thereby on map, shows the current location of aircraft; Form and the content of map are varied, can be that airport figure can be also track chart, thereby realize diversified function.
FTP data update module: it is synchronous that FTP Data Update can realize two-way data here, both can be synchronized to the data on server on equipment, also checklist result data can be synchronized on server; Can realize the complete renewal of total data, also can realize the incremental update of data simultaneously.
EFB system of the present invention realizes EFB system Type A and the Type B application of Class1, is a set of application software system.EFB system shows the needed data of pilot according to the different phase of flight course.The design of EFB system can be divided into the design of two aspects, and the one, the UI of application software design, depends primarily on pilot's workflow at this; The 2nd, the function that depends on or be hidden in behind interface realizes module.Adopt the design style of Windows Modern UI according to the display interface of pilot's workflow design EFB system here; Display interface according to flight each stage checklist design interface checklist module; The employing pdf file development storehouse of increasing income shows digitized electronic document, thus design pdf file display module; Use Sqlite database storing queries performance data, obtain database query module; Applied geography infosystem (Geographic Information System, GIS) Geographic Information System realizes chart Plane location, thus design GIS digital map navigation module; Application File Transfer Protocol is realized synchronizeing of server end and client file data, has realized FTP data update module; The storage organization of taxonomic organization's file in system simultaneously.
In conjunction with above-mentioned Fig. 1 and record embodiment illustrated in fig. 2, according to the functional requirement in each stage, each module can be carried out to refinement according to function, the function detailed annotation schematic diagram of the EFB system based on Windows Modern UI again providing for the embodiment of the present invention as Fig. 3.As shown in Figure 3, as shown in Figure 3, the EFB system of the present embodiment is used as shown in Figure 3 file used in document directory structure storage system for the functional module of this EFB system and flow process thereof.Form storage by the each several part data in data memory module with catalogue, as shown in Figure 3, in data memory module, can store interface checklist module 10 and check that the checklist data directory obtaining, various pdf document catalogue comprise airport data directory, areal map data directory, airplane data catalogue and flight plan data catalogue etc., and for supplying the performance data library directory of database query module inquiry and the GIS data directory that GIS digital map navigation module 13 obtains.
FTP data update module connects local datastore in far-end ftp server, keeps the synchronous of all data file; Pdf document display module shows all pdf files at display interface; Interface checklist module realizes flight check list at display interface, and is checked that check result carries out data storage; Database query module combination interface querying condition is realized inquiry and the demonstration of performance data; GIS digital map navigation module, according to the latitude and longitude information of GPS location, realizes the location navigation of aircraft on map.
Its interface of EFB system of the application and workflow design be based on Windows Modern UI, designed succinctly, intuitively, interface system workflow easily, there is distinct unique individualities and characteristic.
The application's EFB system is used the pdf development library of increasing income, and has realized the pdf file display module of oneself.
The EFB system of the application's EFB system based on Windows Modern UI, is characterized in that: the autonomous Design of database and application.
The application's EFB system is used traditional ftp mode to realize the powerful data method of synchronization.
Carry out the work switching flow of design software working interface according to the demand of pilot's workflow and EFB system, as shown in Figure 4.A normal schedule flight is the process that flies to landing station from original base, so need to there be the options of original base and destination airport, global flag data at native system original base and landing station, show system works is on which data set, the option of data maintenance work also should appear in first page; Selection enter system corresponding each function realize the page, according to the difference of selecting, thereby enter each different working page.Each working page is corresponding different work option again.Whole interface is divided into two-stage working page, also can be described as two-stage job menu; Be divided into homepage and main working page, as shown in Figure 5, Figure 6; Homepage is mainly the task with condition precedent, such as selection and the data maintenance task on airport; Main working page shows each job with this flight with direct relation, is the main display interface of application software.Main display page is divided into three parts, as shown in Figure 6, is navigation bar above, for switching between different working pages; Center section is perform region, is the viewing area of the actions such as the demonstration of pdf file, the demonstration of checklist check item, data base querying condition and result demonstration.
The data page.Demonstration, an inquiry that topmost function is electronic document in EFB system application.The data of EFB system mainly refers to the various documents relevant with airport and the electronic bits of data relevant with concrete aircraft type; EFB system is used as shown in Figure 3 file used in document directory structure storage system, and obtaining of these files is to obtain from network ftp server by FTP data update module.Airport data is mainly chart, comprises the document information of the types such as airport figure, stop position figure, standard instrument departure, SID figure, airport obstacle figure, precision approach topomap, Standard Instrument Approach figure, instrument approach figure, AIP information; Type handbook is all information documents that aircraft manufacturing company issues, and comprises the data of institute's organic type that applying unit has here.In native system, the inquiry of the various data of each page is according to grouping of data, show, thereby pilot selects a wherein specific file to show in the list of main perform region.
As shown in Figure 4, the page that in the EFB system of the present embodiment, each interface comprises in operating process:
The flight page, the main data showing when types such as the release permit in time flight, flight planning, notice to navigator, weather informations.
The page that takes off, mainly shows airport figure, the inquiry of the figure that leaves the theatre, AIP and takeoff data.
The page that cruises, the main inquiry that shows height empty graph, areal map and cruise performance.
The page of marching into the arena, mainly shows airport figure, approach pattern, the inquiry of entering nearly figure, AIP and landing data.
Pilot, at the mission phase of taking off, cruise, marching into the arena, need to carry out performance queries; And performance queries needs conditional combination miscellaneous, adopt database technology design data query table capable here, thereby facilitate database query module data query.
Original data query is present in performance data table, in order to facilitate data query, the software that uses other according to designed database table carry out tables of data resolve will, the entry of each database table is deposited in database, then by network by database transmissions to equipment; Each entry is the combination of querying condition and result.
The explanation as an example of takeoff data inquiry example here:
Inquiry pacing items comprises airport, runway, type, engine, air-conditioning, anti-icing, road face, wing flap, date, wind speed; According to the result of these pacing items inquiry weight, temperature, speed, qualifications.A concrete data representation is as follows:
Concrete inquiry is to search in database list row according to these pacing itemss, in the time running into the tables of data row that meets pacing items, will wherein need the data that show to show.
The navigation page is that application GIS digital map navigation module realizes.In system, the self-contained GPS module of use equipment is obtained the latitude and longitude information in geographic position, and the map of application GIS shows that service function is according to current geographic position show navigator map.
The use procedure of explanation EFB system as an example of schedule flight example below.
First pilot selects original base and landing station according to this flight on interface, if necessary in first renewal of the page data or the complete all data of download; Thereby then select the system of entering to enter main working interface; Select corresponding working page at main working interface according to navigation bar and residing mission phase, if need to check data or check Flight Information, enter the data page or the flight page is checked needed document; Generally carry out checklist operation at the checklist page before this, then showed inquiry work according to the order of taking off, cruise, marching into the arena at each page; Need to navigate time, enter the navigation page data that consult a map, the groundwork flow process of a Here it is flight.
The EFB system based on Windows Modern UI of the present embodiment, by adopting technique scheme to use the interface development technology of Windows Modern UI, thereby simple interface, content are outstanding, and workflow is natural and tripping.Interface based on Windows Modern UI and the design proposal of workflow design, realized each function including file demonstration, data base querying, GIS digital map navigation, FTP Data Update, interface checklist; Interface display is clean and tidy, obvious, and workflow is clear, nature.The application's EFB system has been enriched EFB application environment for use, can make to use the PED of Windows operating system also can use flexibly EFB system, and operation is very simple, very easy to use.
Claims (10)
1. the EFB system based on Windows Modern UI, is characterized in that, comprises interface checklist module, display module, database query module, GIS digital map navigation module and data memory module;
Described interface checklist module is connected with described data memory module, and for each stage in flight, the project that need to check the current generation checks one by one, and check result is stored in described data memory module;
Described display module is connected with described interface checklist module, for showing the check result of described interface checklist module;
Described display module is also connected with described data memory module, for obtaining document corresponding to described document idsplay order according to pilot's document idsplay order from described data memory module, and shows; Described document comprises Airport information and airplane information;
Described database query module is connected with described data memory module, for according to the pilot's who receives conditional parameter instruction, finds and meet data corresponding to described conditional parameter instruction in the database from described data memory module;
Described display module is connected with described database query module, for data corresponding to described conditional parameter instruction that show that described database query module finds;
GIS digital map navigation module for according to the latitude and longitude information of GPS location, realizes the location navigation of aircraft on map;
Described display module is connected with described GIS digital map navigation module, and described display module shows the navigation information that described GIS digital map navigation module location navigation obtains.
2. system according to claim 1, is characterized in that, also comprises data update module:
Described data update module is connected with described data memory module, for the data of described data memory module are synchronizeed with the data on far-end server.
3. system according to claim 2, is characterized in that, described data update module, specifically for being updated to the check result of described interface checklist module on described far-end server;
Described data update module, also specifically for upgrading the document in described data memory module according to the document on described far-end server or the webserver;
Described data update module, also specifically for according to the described database in data memory module described in the database update on described far-end server.
4. system according to claim 3, it is characterized in that, described data update module, specifically for adopting the mode of incremental update or the mode of update all according to the document on described far-end server or the webserver, upgrades the document in described data memory module.
5. according to the arbitrary described system of claim 2-4, it is characterized in that, described data update module is connected with described far-end server by wireless network.
6. system according to claim 5, is characterized in that, described data update module adopts file transfer protocol (FTP) and described far-end server to carry out data transmission, realizes synchronous.
7. according to the arbitrary described system of claim 2-4, it is characterized in that, described document adopts the storage of pdf form.
8. system according to claim 7, it is characterized in that, the Airport information in described document comprises that chart comprises airport figure, stop position figure, standard instrument departure, SID figure, airport obstacle figure, precision approach topomap, Standard Instrument Approach figure, instrument approach figure and navigational information compilation information described in chart; Described airplane information comprises type handbook.
9. system according to claim 1, is characterized in that, also comprises human-machine interface module; Described pilot's document idsplay order and described pilot's conditional parameter instruction are all that pilot inputs by human-machine interface module.
10. system according to claim 9, is characterized in that, described display module and described human-machine interface module are integrated.
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| CN105813009A (en) * | 2015-01-16 | 2016-07-27 | 霍尼韦尔国际公司 | Automated distribution of logon credentials for establishing wireless connectivity of electronic flight bag(EFB) |
| CN110610085A (en) * | 2019-08-15 | 2019-12-24 | 中国国际航空股份有限公司 | Release check method and device and computer equipment |
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