CN104182817A - Full-process electronic operating system for inspecting the quality and safety of air traffic control system and inspection method thereof - Google Patents

Abstract

A full-process electronic operating system for air traffic control system quality and safety inspection and an inspection method thereof. The system includes a first PC terminal, a first Ethernet, a first relay device, a first gateway, a data processing server, a data storage, a second PC terminal, a second Ethernet, a second relay device, a third PC terminal or At least one first notebook computer, a third relay device, a third gateway, a fourth PC terminal, a fourth Ethernet, a fourth relay device, a fourth gateway, a fifth PC terminal, a fifth Ethernet and a fifth relay device. The present invention has the advantages of providing a clear, highly visualized, and complete user interface for all types of users, realizing the collaborative interaction environment in different places and the transparency of the quality and safety inspection process; realizing the organization and management of the quality and safety inspection of the air traffic control system , process management, communication and coordination, collection of process information and electronization of notification, realizing real-time monitoring of the inspection process.

Description

Electronic operating system and its inspection method for the whole process of air traffic control system quality and safety inspection

technical field

The invention belongs to the technical field of civil aviation safety inspection, and in particular relates to an electronic operating system for the whole process of air traffic control system quality safety inspection and an inspection method thereof.

Background technique

In 2009, the Air Traffic Management Bureau of the Civil Aviation Administration issued the "Regulations on the Implementation and Management of the Civil Aviation Traffic Management System Operation Quality Supervision Mechanism" (hereinafter referred to as the "Quality Supervision Mechanism"), requiring the establishment of an air traffic control quality supervision mechanism in the civil aviation traffic management system. In recent years, with the increase in frequency, workload and complexity of quality supervision, the scale of supervision, supervision cost (time cost and human resource cost) and supervision difficulty are also gradually increasing. The quality inspection departments at all levels of civil aviation have deeply realized that the traditional manual and semi-automatic methods can no longer meet the needs of the quality supervision organization. The main defects are as follows: 1. The constraints and requirements that must be complied with in the work are scattered in different laws and documents, covering a wide range of areas and parameters, and it is difficult to fully grasp the inspectors' memory alone. or WORD form, inspectors cannot quickly find out all the relevant requirements for a specific job content, which causes great obstacles and difficulties for full inspection, and often makes many inspection contents incomplete or even mere formalities. It brings great difficulties to uniformly revise all relevant requirements for a specific work content; 2. Lack of a whole-process control mechanism for the inspection organization, and occasionally the inspection organization is chaotic and the inspectors operate illegally The phenomenon. That is, inspectors can fill in false inspection report forms before completing the inspection list or the inspection work has ended, and the inspectors modify the inspection results in violation of regulations, etc.; 3. A large number of work files and supervision information will be generated during the quality and safety supervision process. The collection and reporting of information in the process requires the establishment of corresponding channels and a certain amount of time. The cost of information collection, processing and notification will be greatly reduced by manually reviewing the historical checklist, and the cost of information collection, processing and notification will be greatly reduced. 4. The use of paper inspection documents is likely to cause a lot of waste of paper resources, and is not conducive to preservation and modification.

Contents of the invention

In order to solve the above problems, the object of the present invention is to provide an electronic operating system for the whole process of air traffic control system quality and safety inspection and its inspection method.

In order to achieve the above purpose, the air traffic control system quality and safety inspection full-flow electronic operating system provided by the present invention includes at least one first PC terminal, a first Ethernet, a first relay device, a first gateway, a data processing server, a data storage, At least one second PC terminal, second Ethernet, second relay device, at least one third PC terminal or at least one first notebook computer, third relay device, third gateway, at least one fourth PC terminal, the first Four Ethernets, a fourth relay device, a fourth gateway, a fifth PC terminal, a fifth Ethernet network and a fifth relay device;

Wherein: the first PC terminal is connected to the first relay device through the first Ethernet, the first relay device is connected to the first gateway, and the first gateway is connected to the data processing server;

The second PC terminal is connected to the second relay device through the second Ethernet, and the second relay device is connected to the first gateway;

The third PC terminal is connected to the third relay device, and the third relay device is connected to the third gateway; the third gateway is connected to the data processing server;

The first notebook computer is connected with the third relay device;

The fourth PC terminal is connected to the fourth relay device through the fourth Ethernet, the fourth relay device is connected to the fourth gateway, and the fourth gateway is connected to the data processing server;

The fifth PC terminal is connected to the data processing server through the fifth Ethernet and the fifth relay device; the data processing server is connected to the data storage.

The system also includes: a first printer, a second printer, a third printer, a fourth printer and a fifth printer; wherein the first printer is connected to the first PC terminal; the second printer is connected to the second PC terminal; The third printer is connected with the third PC terminal; the fourth printer is connected with the first notebook computer; the fifth printer is connected with the fourth PC terminal.

The inspection method for the whole process of air traffic control system quality and safety inspection provided by the present invention includes the following steps in order:

Step 1) The inspection team leader utilizes the first PC terminal to log in to the data processing server through the first Ethernet, the first relay device, and the first gateway;

Step 2) The leader of the inspection team establishes an inspection plan through the data processing server. The inspection plan includes determining the inspection task, determining the inspection group, determining the scope of inspection, and assigning tasks to the inspection team, and then uploading the above-mentioned inspection plan to the data storage. Afterwards, the data processing server automatically sends inspection tasks to the corresponding inspection team leaders;

Step 3) The data processing server processes the checklist database in the data storage according to the checklist information, and generates the checklist corresponding to the checklist;

Step 4) The leader of the inspection team stores it in the data memory after modifying the checklist generated in step 3) through the data processing server;

Step 5) The data processing server processes the inspection sheets stored in the data storage in step 4) according to the inspection group task assignment information obtained in step 2), generates inspection sheets for each group corresponding to the inspection tasks of each inspection group, and sends which is stored in data memory;

Step 6) Each group leader of the inspection group utilizes the second PC terminal to log in to the data processing server through the second Ethernet, the second relay device, and the first gateway;

Step 7) Each team member of the inspection group utilizes the third PC terminal or the first notebook computer to log in to the data processing server through the third relay device and the third gateway;

Step 8) After receiving the inspection tasks of each group in time through the second PC terminal, each group leader of the inspection group assigns different inspection tasks in the group to the corresponding inspectors in the group through the data processing server, and then the data processing server automatically sends the inspection tasks to the appropriate in-group inspector;

Step 9) The data processing server 5 processes the checklists of each team stored in the data storage in step 5) according to the inspection task distribution information in the group obtained in step 8), and generates the checklists corresponding to the inspection tasks of the inspectors in the inspection team. The corresponding inspector's personal checklist and store it in the data storage;

Step 10) The team leader of the inspection team receives the individual inspection tasks in time through the second PC terminal, and each team member of the inspection team utilizes the third PC terminal or the first notebook computer;

Step 11) During the on-site inspection, the team leader of the inspection team uses the second PC terminal, and the team members of the inspection team use the third PC terminal or the first notebook computer to check the corresponding inspectors in the data storage through the data processing server. During the filling process, the inspection basis of the corresponding inspection item in the data storage can be accessed through the data processing server; at the same time, the camera on the first laptop computer can also be used to take pictures of the real situation of the unqualified item; the inspector's personal inspection list Save it to the data memory after filling it out;

Step 12) The data processing server automatically generates a problem suggestion form for the corresponding inspection content according to the inspector's personal inspection form information filled in step 12), and then the data processing server automatically sends the problem suggestion form to the corresponding inspection task for this part inspector of

Step 13) The team leader of the inspection team uses the second PC terminal, and the team members of the inspection team use the third PC terminal or the first notebook computer to fill in the problem suggestion form through the data processing server, and upload the unqualified photos taken in step 12) at the same time. Photos of the real situation of the project and other evidence collected; after the problem suggestion form is filled out and the photos of the real situation of unqualified projects are uploaded, it will be stored in the data storage;

Step 14) The data processing server automatically generates an inspection report form for this inspection according to the problem suggestion form filled out by each inspector in step 14), and then the data processing server automatically sends the inspection report form to the inspection team leader;

Step 15) The inspection team leader utilizes the first PC terminal to log in to the data processing server through the first Ethernet, the first relay device, and the first gateway, and fills in the inspection report form; when the inspection report form is filled out, store it in in data storage;

Step 16) The data processing server automatically generates the rectification plan form for this inspection according to the inspection report form filled out by the inspection team leader in step 17), and then the data processing server automatically sends the rectification plan form to the relevant personnel of the inspected unit, and simultaneously notifies The inspected unit enters the stage of inspection and rectification;

Step 17) The relevant personnel of the inspected unit log in to the data processing server through the fourth PC terminal, the fourth Ethernet, the fourth relay device, and the fourth gateway;

Step 18) After the relevant personnel of the inspected unit receive the rectification plan form sent in step 18) in time through the fourth PC terminal, fill in the rectification plan form through the data processing server, including filling in the rectification plan and rectification plan for unqualified items; pending rectification After the scheme form is filled out, store it in the data storage;

Step 19) According to the time range in the rectification plan formulated by the inspected unit, if the work task is not completed near the deadline, the data processing server will automatically send a message to the inspection team leader to remind, and the inspection team leader decides whether to Send a reminder notice to the relevant personnel of the inspected unit;

Step 20) After the rectification of unqualified items is completed, the relevant personnel of the inspected unit log in to the data processing server 5 through the fourth PC terminal, the fourth Ethernet, the fourth relay device, and the fourth gateway to perform rectification in the data storage Fill in the report, and upload the rectification pictures and related supporting documents; after the rectification report is completed, the rectifying pictures and related supporting documents are uploaded and stored in the data storage; at the same time, the data processing server will automatically send an acceptance request to the inspection team team leader;

Step 21) After receiving the acceptance request sent by step 22) in time through the first PC terminal, the inspection team leader starts the next round of inspection work;

Step 22) The system administrator logs into the data processing server through the fifth PC terminal, the fifth Ethernet, the fifth relay device, and the fourth gateway; The inspector database is administered and maintained.

After step 2), step 3) and step 4) are completed, the leader of the inspection team can print the inspection plan or inspection list through the first printer.

After step 9), step 11) and step 13) are completed, the inspection team leader and each team member of the inspection team can print the inspector's personal checklist or problem suggestion proposal list through the printer, the third printer or the fourth printer.

After step 15), step 16), step 18), and step 20) are completed, the inspection team leader and the relevant personnel of the inspected unit can respectively print the inspection report form through the first printer, and print the rectification plan form through the fifth printer and rectification report.

The air traffic control system quality and safety inspection full-flow electronic operating system and its inspection method provided by the present invention have the following advantages and positive effects: 1. This system provides a clear, highly visible and complete user interface for all types of users. The interface realizes the transparency of the remote collaborative interaction environment and the quality and safety inspection process; 2. Through this system, the organization and management, process management, communication and coordination, collection of process information and electronic notification of the quality and safety inspection of the air traffic control system are realized. , to realize the real-time monitoring of the inspection process and improve the controllability of the work; 3. The leader of the inspection team can select and set the inspection items according to the inspection category and inspection needs, and realize the personalized preparation of the inspection list; 4. Use this system During the inspection process, inspectors can quickly and comprehensively inquire about the relevant regulations in all relevant laws, regulations, standards, and normative documents that each inspected work should abide by, which improves the adequacy and scientific nature of the inspection; The system can support users to revise relevant provisions in all relevant laws, regulations, rules, standards, and normative documents that should be complied with in a certain work in a coordinated manner, so as to prevent discrepancies, inconsistencies, or even contradictions in the provisions of these relevant documents for the same work; , The system has established a collection channel for quality and safety supervision information, which can automatically realize the collection, filing and reporting of inspection information during the inspection process, shortening the time and cost of information collection, and ensuring the quality of quality supervision information; 7. Through this system, it is possible to realize the statistics of the data of the same business category among different air traffic control units in the same statistical year; compare the inspection results of any air traffic control unit at different times according to the inspection type and business category; Counting the unqualified items of any air traffic control unit at different times, and automatically generating statistical reports, can enable middle and senior management personnel to grasp the operation quality and safety status of the unit in real time, and provide risk identification and risk management for the inspected unit Reliable decision-making basis; 8. Electronic office can reduce a lot of waste of paper resources, and is conducive to preservation and modification.

Description of drawings

Fig. 1 is a schematic structural diagram of the electronic operating system of the whole process of quality and safety inspection of the air traffic control system provided by the present invention.

Fig. 2 is a flow chart of the quality and safety inspection method of the air traffic control system provided by the present invention.

Detailed ways

The electronic operating system and the inspection method of the whole process of air traffic control system quality and safety inspection provided by the present invention will be described in detail below in conjunction with the accompanying drawings and specific embodiments.

As shown in Figure 1, the air traffic control system quality and safety inspection full-process electronic operating system provided by the present invention includes: at least one first PC terminal 1, a first Ethernet 2, a first relay device 3, a first gateway 4, a data Processing server 5, data memory 6, at least one second PC terminal 8, second Ethernet 9, second relay device 10, at least one third PC terminal 12 or at least one first laptop 13, third relay device 14. The third gateway 15, at least one fourth PC terminal 18, the fourth Ethernet 19, the fourth relay device 20, the fourth gateway 21, a fifth PC terminal 23, the fifth Ethernet 24 and the fifth relay device 25;

Wherein: the first PC terminal 1 is connected to the first relay device 3 through the first Ethernet 2, the first relay device 3 is connected to the first gateway 4, and the first gateway 4 is connected to the data processing server 5;

The second PC terminal 8 is connected with the second relay device 10 through the second Ethernet 9, and the second relay device 10 is connected with the first gateway 4;

The third PC terminal 12 is connected with the third relay device 14, and the third relay device 14 is connected with the third gateway 15; the third gateway 15 is connected with the data processing server 5;

The first notebook computer 13 is connected with the third relay device 14;

The fourth PC terminal 18 is connected to the fourth relay device 20 through the fourth Ethernet 19, the fourth relay device 20 is connected to the fourth gateway 21, and the fourth gateway 21 is connected to the data processing server 5;

The fifth PC terminal 23 is connected to the data processing server 5 through the fifth Ethernet 24 and the fifth relay device 25 ; the data processing server 5 is connected to the data storage 6 .

The full-flow electronic operating system for air traffic control system quality and safety inspection also includes: a first printer 7, a second printer 11, a third printer 16, a fourth printer 17, and a fifth printer 22; The PC terminal 1 is connected; the second printer 11 is connected with the second PC terminal 8; the third printer 16 is connected with the third PC terminal 12; the fourth printer 17 is connected with the first notebook computer 13; the fifth printer 22 is connected with A fourth PC terminal 18 is connected.

The first PC terminal 1 is used for the leader of the inspection team to log in to the data processing server 5 through the first Ethernet 2, the first relay device 3, and the first gateway 4, and to establish, modify or delete the inspection plan in the inspection preparation stage, modify Check list, fill in the inspection report form at the inspection implementation stage; the second PC terminal 8 is used for each team leader of the inspection group to log in to the data processing server 5 through the second Ethernet 9, the second relay device 10, and the first gateway 4. In the inspection preparation stage, different inspection tasks in the group are assigned to the corresponding inspectors in the group, and in the inspection implementation stage, the personal inspection list and the problem suggestion form in the data storage 6 are filled in through the data processing server 5; the third PC terminal 12 Or the first notebook computer 13 is used to log in to the data processing server 5 through the third relay device 14 and the third gateway 15 for each team member of the inspection group to log in to the data processing server 5 during the on-site inspection process, and to correspond to the data in the data storage 6 through the data processing server 5. The inspector's personal inspection list and problem suggestion list are filled out; the fourth PC terminal 18 is used for relevant personnel of the inspected unit to log in to the data processing server 5 through the fourth Ethernet 19, the fourth relay device 20, and the fourth gateway 21 In the process, the rectification plan table is filled in through the data processing server 5, and after the rectification of unqualified items is completed, the fourth PC terminal 18 is used by the relevant personnel of the inspected unit to pass through the fourth Ethernet 19, the fourth relay device 20, the fourth The gateway 21 logs in to the data processing server 5 to fill in the rectification report in the data storage 6, and uploads the rectification pictures and relevant certification documents; Read, process, and display and store the processed information into the data memory 6, the data memory 6 is pre-stored with a database of regulations and standards, a checklist database, an inspector database, the above-mentioned information processing flow and a database query system; Five PC terminals 23 are used for the system administrator to log in to the data processing server 5 through the fifth Ethernet 24, the fifth relay device 25, and the fourth gateway 21; Checklist database, inspector database for management and maintenance.

As shown in Figure 2, the air traffic control system quality and safety inspection method provided by the present invention includes the following steps in order:

Step 1) The inspection team leader utilizes the first PC terminal 1 to log in to the data processing server 5 through the first Ethernet 2, the first relay device 3, and the first gateway 4;

Step 2) The inspection team leader establishes an inspection plan sheet through the data processing server 5, and the inspection plan sheet includes determining the inspection task, determining the inspection group, determining the inspection scope, and assigning tasks to the inspection team, and then uploading the above-mentioned inspection plan sheet to the data storage 6 Afterwards, the data processing server 5 automatically sends inspection tasks to corresponding inspection team leaders;

Step 3) The data processing server 5 processes the checklist database in the data storage 6 according to the checklist information, and generates the checklist corresponding to the checklist;

Step 4) the inspection team leader stores it in the data memory 6 after modifying the inspection list generated in step 3) through the data processing server 5;

Step 5) The data processing server 5 processes the inspection sheets stored in the data storage 6 in step 4) according to the inspection group task assignment information obtained in step 2), and generates inspection sheets for each group corresponding to the inspection tasks of each inspection group, And store it in the data memory 6;

Step 6) Each team leader of the inspection group utilizes the second PC terminal 8 to log in to the data processing server 5 through the second Ethernet 9, the second relay device 10, and the first gateway 4;

Step 7) Each team member of the inspection group utilizes the third PC terminal 12 or the first notebook computer 13 to log in to the data processing server 5 through the third relay device 14 and the third gateway 15;

Step 8) After each group leader of the inspection group receives the inspection tasks of each group in time through the second PC terminal 8, the different inspection tasks in the group are assigned to the corresponding inspectors in the group by the data processing server 5, and then the data processing server 5 automatically Send inspection tasks to the corresponding inspectors in the group;

Step 9) The data processing server 5 processes the inspection sheets of each group stored in the data storage 6 in step 5) according to the inspection task distribution information in the group obtained in step 8), and generates inspection tasks related to the inspectors in the inspection group. Corresponding inspector's personal checklist, and store it in the data memory 6;

Step 10) the team leader of the inspection team passes through the second PC terminal 8, and each team member of the inspection team utilizes the third PC terminal 12 or the first notebook computer 13 to receive personal inspection tasks in time;

Step 11) In the on-site inspection process, the team leader of the inspection team passes through the second PC terminal 8, and each team member of the inspection team utilizes the third PC terminal 12 or the first notebook computer 13 to correspond to the data in the data storage 6 through the data processing server 5. Fill out the personal inspection list of the inspector, the inspection basis of the corresponding inspection item in the data storage 6 can be accessed through the data processing server 5 in the filling process; meanwhile, the real situation of the unqualified item can also be obtained by using the camera on the first notebook computer 13 Take pictures; the inspector's personal checklist is filled out and stored in the data memory 6;

Step 12) The data processing server 5 automatically generates a problem suggestion form for the corresponding inspection content according to the inspector's personal checklist information filled in step 12), and then the data processing server 5 automatically sends the problem suggestion form to the corresponding person responsible for this part Inspectors for inspection tasks;

Step 13) the team leader of the inspection group passes through the second PC terminal 8, and each team member of the inspection group utilizes the third PC terminal 12 or the first notebook computer 13 to fill in the problem suggestion proposal form by the data processing server 5, and upload simultaneously (step 12) Photographs of the real situation of the unqualified items taken and other evidence collected; after the question and suggestion form is filled out, and the photos of the real situation of the unqualified items are uploaded, it will be stored in the data memory 6;

Step 14) data processing server 5 according to step 14) each inspector fills in the question suggestion proposal sheet that completes, automatically generates the inspection report form of this inspection, afterward data processing server 5 sends inspection report form automatically to the inspection team leader;

Step 15) The inspection team leader utilizes the first PC terminal 1 to log in to the data processing server 5 through the first Ethernet 2, the first relay device 3, and the first gateway 4, and fills in the inspection report form; the inspection report form is to be filled out , which is stored in the data memory 6;

Step 16) data processing server 5 according to the inspection report form that the inspection team leader fills out in step 17), automatically generates the rectification plan form of this inspection, afterward data processing server 5 automatically sends rectification plan form to the relevant personnel of the inspected unit, At the same time, notify the inspected unit to enter the inspection and rectification link;

Step 17) relevant personnel of the inspected unit log in to the data processing server 5 through the fourth PC terminal 18, the fourth Ethernet 19, the fourth relay device 20, and the fourth gateway 21;

Step 18) After the relevant personnel of the inspected unit receive the rectification plan form sent in step 18) in time through the fourth PC terminal 18, fill in the rectification plan form by the data processing server 5, including filling in the rectification plan and rectification plan of unqualified items; After the rectification plan form is filled out, it is stored in the data memory 6;

Step 19) According to the time range in the rectification plan formulated by the inspected unit, if the work task is not completed until the deadline for completion, the data processing server 5 will automatically send a message to the inspection team leader to remind, which is determined by the inspection team leader Whether to send a reminder notice to the relevant personnel of the inspected unit;

Step 20) After the rectification of unqualified items is completed, the relevant personnel of the inspected unit log in to the data processing server 5 through the fourth PC terminal 18, the fourth Ethernet 19, the fourth relay device 20, and the fourth gateway 21. Fill in the rectification report in the data storage 6, and upload the rectification picture and related certification documents; after the rectification report is filled out, the correction picture and relevant certification documents are uploaded and then stored in the data storage 6; meanwhile, the data processing server 5 The acceptance request will be automatically sent to the inspection team leader;

Step 21) After the inspection team leader receives the acceptance request sent in step 22) in time through the first PC terminal 1, he starts the next round of inspection work;

Step 22) the system administrator logs into the data processing server 5 through the fifth PC terminal 23, the fifth Ethernet 24, the fifth relay device 25, and the fourth gateway 21; Standard database, checklist database, inspector database are managed and maintained.

After step 2), step 3) and step 4) are completed, the leader of the inspection team can print the inspection plan or inspection list through the first printer 7 .

After described step 9), step 11), and step 13) are completed, the inspection team leader and each team member of the inspection team can print the inspector's personal checklist or problem suggestion through the printer 8, the third printer 16 or the fourth printer 17 Make a bill.

After described step 15), step 16), step 18), and step 20) are completed, the inspection team leader and the relevant personnel of the inspected unit can print the inspection report form by the first printer 7 respectively, and print the rectification by the fifth printer 22. Program sheet and rectification report.

In addition, all the above-mentioned data will be stored in the data memory 6 synchronously, and the inspection team leader, the inspection team leader, the inspector, and the relevant personnel of the inspected unit can use the respective first PC terminal 1, second PC terminal 8, The third PC terminal 12 and the fourth PC terminal 18 use the data processing server 5 to inquire about the inspection status and status of a certain inspection unit within the scope of their user authority according to conditions such as inspection start and end time, inspection name, and inspection unit. Rectification plan and implementation plan for unqualified items, and automatically generate query reports; users with special authority can use their own PC terminals to use the data processing server 5 to compare the data of the same business category between different air traffic control units in the same statistical year , compare the inspection results of any air traffic control unit at different times according to the inspection type and business category, and make statistics on the unqualified items of any air traffic control unit at different times according to the inspection type and business category, and automatically generate statistical reports;

In addition, any user can use the data processing server 5 to inquire by number and by type through their respective PC terminals, to inquire about laws, regulations, rules, standards, normative documents and texts of regulatory documents, as well as specific clauses therein.

Claims (6)

1. an air traffic control system quality safety checks whole process electronic operating system, it is characterized in that: described system comprises: at least one PC terminal (1), the first Ethernet (2), the first relay (3), the first gateway (4), data processing server (5), data-carrier store (6), at least one the 2nd PC terminal (8), the second Ethernet (9), the second relay (10), at least one the 3rd PC terminal (12) or at least one the first notebook computer (13), the 3rd relay (14), the 3rd gateway (15), at least one the 4th PC terminal (18), the 4th Ethernet (19), the 4th relay (20), the 4th gateway (21), a the 5th PC terminal (23), the 5th Ethernet (24) and the 5th relay (25),

Wherein: a PC terminal (1) is connected with the first relay (3) by the first Ethernet (2), the first relay (3) is connected with the first gateway (4), and the first gateway (4) is connected with data processing server (5);

The 2nd PC terminal (8) is connected with the second relay (10) by the second Ethernet (9), and the second relay (10) is connected with the first gateway (4);

The 3rd PC terminal (12) is connected with the 3rd relay (14), and the 3rd relay (14) is connected with the 3rd gateway (15); The 3rd gateway (15) is connected with data processing server (5);

The first notebook computer (13) is connected with the 3rd relay (14);

The 4th PC terminal (18) is connected with the 4th relay (20) by the 4th Ethernet (19), the 4th relay (20) is connected with the 4th gateway (21), and the 4th gateway (21) is connected with data processing server (5);

The 5th PC terminal (23) is connected with data processing server (5) by the 5th Ethernet (24), the 5th relay (25); Data processing server (5) is connected with data-carrier store (6).

2. air traffic control system quality safety according to claim 1 checks whole process electronic operating system, it is characterized in that: described system also comprises: the first printer (7), the second printer (11), the 3rd printer (16), the 4th printer (17) and the 5th printer (22); Wherein the first printer (7) is connected with a PC terminal (1); The second printer (11) is connected with the 2nd PC terminal (8); The 3rd printer (16) is connected with the 3rd PC terminal (12); The 4th printer (17) is connected with the first notebook computer (13); The 5th printer (22) is connected with the 4th PC terminal (18).

3. utilize the air traffic control system quality safety of the electronic operating system described in claim 1 to check a whole process inspection method, it is characterized in that: described inspection method comprises the following step carrying out in order:

Step 1) group leader of inspection group utilizes a PC terminal (1) to log in data processing server (5) by the first Ethernet (2), the first relay (3), the first gateway (4);

Step 2) group leader of inspection group sets up inspection program list by data processing server (5), inspection program list comprises definite inspection task, determines inspection group, determines examination scope, checks system job distribution, then by above-mentioned inspection program single upload to data-carrier store (6), data processing server (5) sends inspection task automatically to the corresponding group leader of each inspection group afterwards;

Step 3) data processing server (5) is processed the checklist database in data-carrier store (6) according to inspection program list information, generates the checklist that this inspection program list is corresponding;

Step 4) group leader of inspection group by data processing server (5) to step 3) in the checklist that generates be stored in data-carrier store (6) after modifying;

Step 5) data processing server (5) is according to step 2) the inspection system job assignment information that obtains, to step 4) checklist that is stored in data-carrier store (6) processes, generate with each inspection group and check each group's checklist that task is corresponding, and be stored in data-carrier store (6);

Step 6) each group leader of inspection group utilizes the 2nd PC terminal (8) to log in data processing server (5) by the second Ethernet (9), the second relay (10), the first gateway (4);

Step 7) each group member of inspection group utilizes the 3rd PC terminal (12) or the first notebook computer (13), by the 3rd relay (14), the 3rd gateway (15), logs in data processing server (5);

Step 8) each group leader of inspection group receives after each group's inspection task in time by the 2nd PC terminal (8), by data processing server (5), by inspection task assignments different in group, give overlooker in corresponding group, data processing server (5) sends inspection task automatically to overlooker in corresponding group afterwards;

Step 9) data processing server (5) is according to step 8) check task allocation information in the group that obtains, to step 5) in each group's checklist of being stored in data-carrier store (6) process, generate the overlooker individual checklist corresponding with inspectoral inspection task in this inspection group, and be stored in data-carrier store (6);

Step 10) group leader of inspection group is by the 2nd PC terminal (8), and each group member of inspection group utilizes the 3rd PC terminal (12) or the first notebook computer (13) to receive in time individual inspection task;

Step 11) at the scene in checking process, the group leader of inspection group is by the 2nd PC terminal (8), each group member of inspection group utilizes the 3rd PC terminal (12) or the first notebook computer (13), by data processing server (5), overlooker individual checklist corresponding in data-carrier store (6) is filled in, filled in process by the inspection foundation of corresponding inspection item in data processing server (5) accesses data memory (6); Also utilize the camera on the first notebook computer (13) to take pictures to this nonconformance object truth simultaneously; Overlooker individual checklist is deposited to data-carrier store (6) after having filled in;

Step 12) data processing server (5) is according to step 12) in the overlooker individual checklist information of having filled in, automatically the question and suggestion of the corresponding scope of examination of generation proposes list, and data processing server (5) automatically sends question and suggestion and proposes single overlooker to bearing accordingly this part inspection task afterwards;

Step 13) group leader of inspection group is by the 2nd PC terminal (8), each group member of inspection group utilizes the 3rd PC terminal (12) or the first notebook computer (13), by data processing server (5), question and suggestion is proposed singly to fill in, uploads step 12 simultaneously) the nonconformance object truth photo taken and other evidences of collection; Treat that question and suggestion proposes singly to fill in complete, is stored in data-carrier store (6) after nonconformance object truth photo upload;

Step 14) data processing server (5) is according to step 14) in the question and suggestion filled in of each overlooker propose single, automatically generate the audit report table this time checking, data processing server (5) sends the audit report Biao Gei group leader of inspection group automatically afterwards;

Step 15) group leader of inspection group utilizes a PC terminal (1) to log in data processing server (5) by the first Ethernet (2), the first relay (3), the first gateway (4), fills in audit report table; Examine account is filled in complete, is stored in data-carrier store (6);

Step 16) data processing server (5) is according to step 17) in the audit report table filled in of the group leader of inspection group, automatically generate the rectification scheme table this time checking, data processing server (5) sends the rectification scheme Biao Gei related personnel of unit under inspection automatically afterwards, notifies unit under inspection to enter simultaneously and checks rectification link;

Step 17) related personnel of unit under inspection logs in data processing server (5) by the 4th PC terminal (18), the 4th Ethernet (19), the 4th relay (20), the 4th gateway (21);

Step 18) related personnel of unit under inspection receives step 18 in time by the 4th PC terminal (18)) in after the rectification scheme table that sends, by data processing server (5), fill in rectification scheme table, comprise rectification scheme and the improvement plan of filling in nonconformance; Treat that rectification scheme table fills in completely, be stored in data-carrier store (6);

Step 19) time range in the improvement plan of formulating according to unit under inspection, as the cut-off date having closed on go back unfinished work task, whether data processing server (5) can automatic transmission information be reminded to the group leader of inspection group, determined to send press notice to the related personnel of unit under inspection by the group leader of inspection group;

Step 20) after the rectification of nonconformance is implemented to finish, the related personnel of unit under inspection is logged in data processing server (5) modification report in data-carrier store (6) is filled in by the 4th PC terminal (18), the 4th Ethernet (19), the 4th relay (20), the 4th gateway (21), and uploads rectification picture and relevant documentary evidence; Treat that modification report fills in completely, rectification picture and relevant documentary evidence are stored in data-carrier store (6) after uploading; Meanwhile data processing server (5) can send the request of examination automatically to the group leader of inspection group;

Step 21) group leader of inspection group receives step 22 in time by a PC terminal (1)) after the examination request that sends, start the inspection work of next round;

Step 22) system manager logs in data processing server (5) by the 5th PC terminal (23), the 5th Ethernet (24), the 5th relay (25), the 4th gateway (21); By data processing server (5), the statutory standard database in data-carrier store (6), checklist database, overlooker's database are managed and safeguarded.

4. air traffic control system quality safety according to claim 3 checks whole process inspection method, it is characterized in that: described step 2), step 3), step 4) complete after the group leader of inspection group all can print inspection program list or checklist by the first printer (7).

5. air traffic control system quality safety according to claim 3 checks whole process inspection method, it is characterized in that: described step 9), step 11), step 13) complete after the group leader of inspection group and each group member of inspection group all can pass through that printer (8), the 3rd printer (16) or the 4th printer (17) are printed overlooker's individual's checklist or question and suggestion proposes list.

6. air traffic control system quality safety according to claim 3 checks whole process inspection method, it is characterized in that: described step 15), step 16), step 18), step 20) complete after the group leader of inspection group and the related personnel of unit under inspection all can by the first printer (7), print audit report table respectively, by the 5th printer (22), print rectification scheme table and modification report.