CN108694862B - Method and system for emergency alarm voice notification of air traffic control information automation system - Google Patents
Method and system for emergency alarm voice notification of air traffic control information automation system Download PDFInfo
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G5/00—Traffic control systems for aircraft, e.g. air-traffic control [ATC]
- G08G5/0017—Arrangements for implementing traffic-related aircraft activities, e.g. arrangements for generating, displaying, acquiring or managing traffic information
- G08G5/0026—Arrangements for implementing traffic-related aircraft activities, e.g. arrangements for generating, displaying, acquiring or managing traffic information located on the ground
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Abstract
The invention relates to a method and a system for notifying an air traffic control information automation system by an emergency alarm voice, wherein the method comprises the following steps: receiving aviation emergency alarm information; retrieving and calculating flight related information based on the emergency alarm information, wherein basic information of the aircraft comprises but is not limited to a takeoff airport, a landing airport, a current position, a crew member, an aircraft model and a registration number; generating text data, and automatically displaying information in a window or editing by a controller; and sending the text data to a connected internal speech system to generate voice circulation playing.
Description
Technical Field
The invention relates to the technology of the air traffic control field, in particular to a method and a system for notifying an air traffic control information automation system by an emergency alarm voice.
Background
The air traffic control information automation system is generally used for warning the emergency state of an aircraft and mainly comprises (EMG-emergency (7700), HIJ-hijacking (7500), RCF-communication fault (7600), SPC-self-defined special secondary code warning, STCA-short-term conflict warning, MSAW-low altitude warning, APM-approach and approach glide-track warning, NTZ-five-side intrusion warning, DND-hit-drop (ADS-B), MFL-fuel deficiency (ADS-B), WMG-communication failure (ADS-B), OBS-illegal interference (ADS-B), LFG-lifesaving/medical treatment (ADS-B) and URG-conventional emergency (ADS-B)) flight path labels, a red outer frame and corresponding warning prompts are displayed, emergency sounds are generated at the same time, and the labels flash warning is performed at intervals of 1 second for short-term conflict warning.
After the air traffic control information automatic system receives the emergency warning information of the aircraft, only a controller can know the emergency warning information at the first time, an internal speech system (the system used by the controller is generally the air traffic control information automatic system and the internal speech system) is needed to be used for informing relevant unit departments, and relevant emergency warning information is described; due to the large amount of information on the aircraft, the information described by the controllers may not be comprehensive enough to be accurate and may not be timely notified to all relevant departments, and thus the handling of the emergency may be delayed.
Disclosure of Invention
In order to solve the problems, the invention provides a method and a system for notifying all relevant departments by one-touch voice to an aircraft emergency warning controller, so as to improve the accuracy of the description of relevant information of the aircraft emergency warning situation and improve the processing efficiency of the emergency warning voice notification of an air traffic control information automation system.
The invention relates to a method for notifying an emergency alarm voice of an air traffic control information automation system, which comprises the following steps:
receiving aviation emergency alarm information;
retrieving and calculating flight related information based on the emergency alarm information, wherein basic information of the aircraft comprises but is not limited to a takeoff airport, a landing airport, a current position, a crew member, an aircraft model and a registration number;
generating text data, and automatically displaying information in a window or editing by a controller;
and sending the text data to a connected internal speech system to generate voice circulation playing.
Further, the retrieval and calculation method of the basic information of the aircraft comprises the following steps:
receiving and sending various messages related to flights, analyzing and storing the messages in a database after receiving the messages, wherein the information contents of the messages comprise factors of take-off airports, landing airports, crew members, aircraft models and registration numbers;
analyzing and storing the received radar data, and displaying the radar data on a map engine in a track target and historical track point mode, wherein the analyzed data mainly comprises flight numbers, positions, secondary codes, speeds, angles and alarms;
according to the relevant conditions, the relevant data is added, deleted, modified and checked;
acquiring geographic data, including classified management of maps, map retrieval, map display and map data calculation;
inquiring and retrieving information of a take-off airport, a landing airport, a crew member and an aircraft model through a message processing module according to the flight number and the current date of the emergency alarm;
inquiring and retrieving information such as current position, registration number and the like; inquiring detailed information of a take-off airport, a landing airport, an airline company and an aircraft through a basic data processing module; calculating airport information closest to the current position of the aircraft according to the map data; all information relating to this flight is finally retrieved and calculated.
Further, the method for generating text data includes: generating text data, filling the text data in a text data format template of each predefined emergency alarm according to the data calculated by retrieval;
after loading a data format template according to the emergency alarm category, filling the template with data calculated by retrieval according to information which is defined in the template and needs to be filled; and finally generating text data.
Further, still include: according to the text data, the controller corrects the content of the text data, after the generated text data is verified to be correct, the controller automatically dials the telephone of a department required to be notified for various pre-configured emergency alarms, and the text data in the window is synthesized into voice through the voice synthesis module and is played circularly;
the emergency alarm control processing module sends a command for dialing an emergency alarm call to the internal phone system through the RS232 serial port, informs the voice synthesis module to synthesize the alarm text data into voice, and circularly plays the synthesized voice file after receiving the command returned by the internal phone system successfully.
The invention relates to a system for emergency alarm voice notification of an air traffic control information automation system, which comprises:
the civil aviation message processing module is used for receiving and sending various messages related to flights, analyzing and storing the messages in a database after receiving the messages, wherein the information contents of the various messages comprise factors of take-off airports, landing airports, crew members, aircraft models and registration numbers;
the radar data processing module is used for leading radar data, wherein the radar data comprises a primary radar, a secondary radar or ADS-B, analyzing and storing the received radar data, and displaying the radar data on a map engine in a track target and historical track point mode, wherein the analyzed data comprises flight numbers, positions, secondary codes, speeds, angles and alarms;
the emergency alarm retrieval computing module is used for inquiring and retrieving information such as a take-off airport, a landing airport, a crew member, an aircraft model and the like through the message processing module according to the flight number and the current date of the emergency alarm; inquiring and retrieving information such as a current position, a registration number and the like through a radar data processing module; inquiring detailed information of a take-off airport, a landing airport, an airline company and an aircraft through a basic data processing module; calculating airport information closest to the current position of the aircraft through a map processing calculation module; finally, all information related to the flight is searched and calculated;
the map processing and calculating module is used for managing maps in a classified mode, retrieving the maps, displaying the maps and calculating map data;
the processing module of basic data such as airports, airlines, air routes and the like can increase, delete, modify and check related data according to related conditions.
Further, still include: various emergency alarm text data templates, emergency alarm retrieval calculation modules and text data format templates of emergency alarms,
and the generated text data passes through a pre-defined text data format template of various emergency alarms and is filled according to the data calculated by retrieval. After loading a data format template according to the emergency alarm category, filling the template with data calculated by retrieval according to information which is defined in the template and needs to be filled; and finally generating text data.
Furthermore, after the generated text data are verified to be correct, the emergency alarm control processing module is connected with the internal telephone system and sends instructions, the internal telephone system automatically dials the telephone of various emergency alarm notification departments which are configured in advance, and the text data in the window are synthesized into voice through the voice synthesis module and are played circularly; the emergency alarm control processing module sends a command for dialing an emergency alarm call to the internal phone system through the RS232 serial port, informs the voice synthesis module to synthesize the alarm text data into voice, and circularly plays the synthesized voice file after receiving the command returned by the internal phone system successfully.
Compared with the prior art, the method and the system for the emergency alarm voice notification of the air traffic control information automation system have the advantages that:
when receiving an emergency alarm of a certain flight, the invention automatically collects and calculates the relevant information of the flight, pops up the window display or is edited by a controller, and sends the information to each relevant unit by one-key voice. The method and the system have the advantages that the controller can inform all relevant departments of the aircraft emergency alarm by one-key voice, so that the accuracy of the description of the relevant information of the aircraft emergency alarm condition is improved, and the processing efficiency is improved.
The foregoing description is only an overview of the technical solutions of the present invention, and in order to make the technical solutions of the present invention more clearly understood and to implement them in accordance with the contents of the description, the following detailed description is given with reference to the preferred embodiments of the present invention and the accompanying drawings.
Drawings
FIG. 1 is a flowchart illustrating an overall process of an emergency alert voice notification method of an air traffic control information automation system according to the present invention;
FIG. 2 is a block diagram of the modules of the emergency alert voice notification system of the air traffic control information automation system of the present invention;
FIG. 3 is a block diagram of the modules of the method and system for emergency alert voice notification of an air traffic control information automation system of the present invention;
fig. 4 is a block diagram of modules of the emergency alert voice notification method and system of the air traffic control information automation system of the present invention.
Detailed Description
The following detailed description of embodiments of the present invention is provided in connection with the accompanying drawings and examples. The following examples are intended to illustrate the invention, but are not intended to limit the scope of the invention.
Example 1
As shown in fig. 1, the method for notifying an emergency alert by voice in an air traffic control information automation system of the present embodiment includes:
receiving aviation emergency alarm information;
retrieving and calculating flight related information based on the emergency alarm information, wherein basic information of the aircraft comprises but is not limited to a takeoff airport, a landing airport, a current position, a crew member, an aircraft model and a registration number;
generating text data, and automatically displaying information in a window or editing by a controller;
and sending the text data to a connected internal speech system to generate voice circulation playing.
In this embodiment, the method for retrieving and calculating the aircraft basic information includes:
receiving and sending various messages related to flights, analyzing and storing the messages in a database after receiving the messages, wherein the information contents of the messages comprise factors of take-off airports, landing airports, crew members, aircraft models and registration numbers;
analyzing and storing the received radar data, and displaying the radar data on a map engine in a track target and historical track point mode, wherein the analyzed data mainly comprises flight numbers, positions, secondary codes, speeds, angles and alarms;
according to the relevant conditions, the relevant data is added, deleted, modified and checked;
acquiring geographic data, including classified management of maps, map retrieval, map display and map data calculation;
inquiring and retrieving information of a take-off airport, a landing airport, a crew member and an aircraft model through a message processing module according to the flight number and the current date of the emergency alarm;
inquiring and retrieving information such as current position, registration number and the like; inquiring detailed information of a take-off airport, a landing airport, an airline company and an aircraft through a basic data processing module; calculating airport information closest to the current position of the aircraft according to the map data; all information relating to this flight is finally retrieved and calculated.
In this embodiment, the method for generating text data includes: generating text data, filling the text data in a text data format template of each predefined emergency alarm according to the data calculated by retrieval;
after loading a data format template according to the emergency alarm category, filling the template with data calculated by retrieval according to information which is defined in the template and needs to be filled; and finally generating text data.
In this embodiment, the method further includes: according to the text data, the controller corrects the content of the text data, after the generated text data is verified to be correct, the controller automatically dials the telephone of a department required to be notified for various pre-configured emergency alarms, and the text data in the window is synthesized into voice through the voice synthesis module and is played circularly;
the emergency alarm control processing module sends a command for dialing an emergency alarm call to the internal phone system through the RS232 serial port, informs the voice synthesis module to synthesize the alarm text data into voice, and circularly plays the synthesized voice file after receiving the command returned by the internal phone system successfully.
Example 2
As shown in fig. 2 to 3, the system for emergency alert voice notification of the air traffic control information automation system of the present embodiment includes:
the civil aviation message processing module is used for receiving and sending various messages related to flights, analyzing and storing the messages in a database after receiving the messages, wherein the information contents of the various messages comprise factors of take-off airports, landing airports, crew members, aircraft models and registration numbers;
the radar data processing module is used for leading radar data, wherein the radar data comprises a primary radar, a secondary radar or ADS-B, analyzing and storing the received radar data, and displaying the radar data on a map engine in a track target and historical track point mode, wherein the analyzed data comprises flight numbers, positions, secondary codes, speeds, angles and alarms;
the emergency alarm retrieval computing module is used for inquiring and retrieving information such as a take-off airport, a landing airport, a crew member, an aircraft model and the like through the message processing module according to the flight number and the current date of the emergency alarm; inquiring and retrieving information such as a current position, a registration number and the like through a radar data processing module; inquiring detailed information of a take-off airport, a landing airport, an airline company and an aircraft through a basic data processing module; calculating airport information closest to the current position of the aircraft through a map processing calculation module; finally, all information related to the flight is searched and calculated;
the map processing and calculating module is used for managing maps in a classified mode, retrieving the maps, displaying the maps and calculating map data;
the processing module of basic data such as airports, airlines, air routes and the like can increase, delete, modify and check related data according to related conditions.
Basic aircraft information including, but not limited to (departure airport, landing airport, current location, crew member, aircraft model, registration number, etc.) is calculated from the flight number and current date retrieval of the emergency alert flight.
The data source of the air traffic control automation system comprises a civil aviation automatic report system and radar data (primary and secondary radar or ADS-B); the piloted automatic rebroadcasting system mainly comprises a message processing module, a piloted radar data processing module and a map engine, wherein the piloted automatic rebroadcasting system can receive and send various messages related to flights, the piloted automatic rebroadcasting system mainly comprises (PLN, FPL, DEP, ARR, ABS, DLA, ALR, RCF and the like), the message processing module analyzes and stores the messages after receiving the messages, the information contents of the messages comprise factors such as take-off airports, landing airports, crew members, aircraft models, registration numbers and the like, the piloted radar data is analyzed and stored after receiving the radar data, the radar data is displayed on the map engine in a track target and historical track point mode, and the analyzed data mainly comprises (flight numbers, positions, secondary codes, speeds, angles, alarms and the like).
The air traffic control automatic system comprises a processing module for basic data such as airports, airlines, air routes and the like, and can increase, delete, modify and check related data according to related conditions; the map processing and calculating module can be used for managing maps in a classified mode, retrieving maps, displaying maps and calculating map data.
According to the flight number and the current date of the emergency alarm, information such as a take-off airport, a landing airport, a crew member, an aircraft model and the like is inquired and retrieved through a message processing module; inquiring and retrieving information such as a current position, a registration number and the like through a radar data processing module; inquiring detailed information of a take-off airport, a landing airport, an airline company and an aircraft through a basic data processing module; calculating airport information closest to the current position of the aircraft through a map processing calculation module; all information relating to this flight is finally retrieved and calculated.
And generating text data according to the aircraft related information calculated by retrieval and in combination with a text data format template.
And generating text data, passing the text data through a predefined text data format template of various emergency alarms, and then filling the text data according to the data calculated by retrieval. For example, a format template of life-saving medical emergency alert data ({ num } flight issues life-saving medical emergency alert, the current location of the flight is longitude { lon } latitude { lat }, is closest to { airdrome } airport, is about { distance } kilometer, aircraft model { model }, registration number { reg }, home airline { company });
after loading the data format template according to the emergency alarm category, filling the template according to the information which is defined in the template and needs to be filled (namely the information defined in brackets in the example format template), and searching the calculated data to fill the template; and finally generating text data.
Based on the generated text data, the emergency alert editing module pops up an editable form window and displays the text data, (because of the editable, the controller can correct the content of the text data in the form window according to the real-time situation).
And after the generated text data are verified to be correct, clicking a sending key in a form window, connecting an emergency alarm control processing module with an internal telephone system and sending an instruction, automatically dialing a telephone of a department required to be notified by various pre-configured emergency alarms by the internal telephone system, and synthesizing the text data in the window into voice through a voice synthesis module and playing the voice circularly.
After a key is clicked in the form window to send, the emergency alarm control processing module sends a command for dialing an emergency alarm call to the internal phone system through the RS232 serial port, informs the voice synthesis module to synthesize the alarm text data into voice, and circularly plays the synthesized voice file after the command returned by the internal phone system is successfully received.
In the above embodiments, the format module is preset, and what is the design principle of the format template
Answering: is preset; the principle of the format template is that retrieved data is filled into the template according to field identification (namely English identification in brackets), and a sentence which can be seen clearly by people is formed. The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (2)
1. A method for emergency alarm voice notification of an air traffic control information automation system is characterized by comprising the following steps:
receiving aviation emergency alarm information;
retrieving and calculating flight related information based on the emergency alarm information, wherein basic information of the aircraft comprises a take-off airport, a landing airport, a current position, a crew member, an aircraft model and a registration number;
generating text data, and automatically displaying information in a window or editing by a controller;
sending the text data to a connected internal phone system to generate voice to be played circularly;
the method for retrieving and calculating the basic information of the aircraft comprises the following steps:
receiving and sending various messages related to flights, analyzing and storing the messages in a database after receiving the messages, wherein the information contents of the messages comprise factors of take-off airports, landing airports, crew members, aircraft models and registration numbers;
analyzing and storing the received radar data, and displaying the radar data on a map engine in a track target and historical track point mode, wherein the analyzed data mainly comprises flight numbers, positions, secondary codes, speeds, angles and alarms;
according to the relevant conditions, the relevant data is added, deleted, modified and checked;
acquiring geographic data, including classified management of maps, map retrieval, map display and map data calculation;
inquiring and retrieving information of a take-off airport, a landing airport, a crew member and an aircraft model through a message processing module according to the flight number and the current date of the emergency alarm;
inquiring and retrieving the current position and the registration number information; inquiring detailed information of a take-off airport, a landing airport, an airline company and an aircraft through a basic data processing module; calculating airport information closest to the current position of the aircraft according to the map data; finally, all information related to the flight is searched and calculated;
the text data generation method comprises the following steps: generating text data, filling the text data in a text data format template of each predefined emergency alarm according to the data calculated by retrieval;
after loading a data format template according to the emergency alarm category, filling the template with data calculated by retrieval according to information which is defined in the template and needs to be filled; finally generating text data;
further comprising: according to the text data, the controller corrects the content of the text data, after the generated text data is verified to be correct, the controller automatically dials the telephone of a department required to be notified for various pre-configured emergency alarms, and the text data in the window is synthesized into voice through the voice synthesis module and is played circularly;
the emergency alarm control processing module sends a command for dialing an emergency alarm call to the internal phone system through the RS232 serial port, informs the voice synthesis module to synthesize the alarm text data into voice, and circularly plays the synthesized voice file after receiving the command returned by the internal phone system successfully.
2. A system for emergency alert voice notification of an air traffic control information automation system, comprising:
the civil aviation message processing module is used for receiving and sending various messages related to flights, analyzing and storing the messages in a database after receiving the messages, wherein the information contents of the various messages comprise factors of take-off airports, landing airports, crew members, aircraft models and registration numbers;
the radar data processing module is used for leading radar data, wherein the radar data comprises a primary radar, a secondary radar or ADS-B, analyzing and storing the received radar data, and displaying the radar data on a map engine in a track target and historical track point mode, wherein the analyzed data comprises flight numbers, positions, secondary codes, speeds, angles and alarms;
the emergency alarm retrieval calculation module is used for inquiring and retrieving the information of a take-off airport, a landing airport, a crew member and an aircraft model through the message processing module according to the flight number and the current date of the emergency alarm; inquiring and retrieving the current position and the registration number information through a radar data processing module; inquiring detailed information of a take-off airport, a landing airport, an airline company and an aircraft through a basic data processing module; calculating airport information closest to the current position of the aircraft through a map processing calculation module; finally, all information related to the flight is searched and calculated;
the map processing and calculating module is used for managing maps in a classified mode, retrieving the maps, displaying the maps and calculating map data;
the processing module of basic data of airports, airlines and air routes can increase, delete, modify and check related data according to related conditions;
further comprising: various emergency alarm text data templates, emergency alarm retrieval calculation modules and text data format templates of emergency alarms,
generating text data, filling the text data through a text data format template of various predefined emergency alarms according to the data calculated by retrieval, loading the data format template according to the types of the emergency alarms, filling the template according to the information required to be filled defined in the template, and filling the template through the data calculated by retrieval; finally generating text data;
the emergency alarm control processing module is connected with the internal phone system and sends instructions after generated text data are verified to be correct, the internal phone system automatically dials the pre-configured calls of various emergency alarms required by a notification department, and the text data in the window are synthesized into voice through the voice synthesis module and are played circularly; the emergency alarm control processing module sends a command for dialing an emergency alarm call to the internal phone system through the RS232 serial port, informs the voice synthesis module to synthesize the alarm text data into voice, and circularly plays the synthesized voice file after receiving the command returned by the internal phone system successfully.
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| CN110379210B (en) * | 2019-07-30 | 2020-11-03 | 四川九洲空管科技有限责任公司 | Method and device for monitoring abnormal flight of civil aircraft |
| CN110797003A (en) * | 2019-10-30 | 2020-02-14 | 合肥名阳信息技术有限公司 | Method for displaying caption information by converting text into voice |
| CN111030989B (en) * | 2019-11-05 | 2021-10-29 | 北京恒赢智航科技有限公司 | Flight operation data message analysis system and method |
| CN111951612B (en) * | 2020-07-23 | 2021-04-27 | 中国民用航空总局第二研究所 | Data fusion method, device and system |
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