ATC Information Automatic Processing System (AIMS)
Product Overview
1、The system mainly provides a complete set of integrated information processing system for the subordinate departments of airport air traffic control (tower, station dispatcher, weather forecast room, weather observation room, etc.). The purpose is to integrate the business between air traffic control departments on a software platform for unified processing, so that the control department and the meteorological department can improve the cooperation efficiency, improve the service quality, and coordinate all work in a unified way.
2、Automatic collection, storage and display of flight plan, flight approval,flight dynamics, self observation data, meteorological data and other information; Automatic printing function of strip; Provide functions such as preparing and issuing takeoff report, landing report, weather forecast, weather observation report, etc; It provides users with an automatic processing system for querying and obtaining aeronautical telegrams and flight data.
3、The system includes two parts: air traffic control information processing system and meteorological information processing system, which organically integrates flight information and meteorological information.
System Structure
Product Highlights
1. Process AFTN and SITA format telegrams at the same time.
2. One click to generate the flight statistics report required by each department, eliminating manual flight statistics report.
3. It has its own strip printer.
4. At the same time, process aeronautical telegram (including SITA format and AFTN format), meteorological telegram, and self observation data.
5. Provide runway patrol vehicle intrusion prompt.
6. Provide navigation aid light level prompt.
Composition
1、Data server; Communication server, strip printer, 38U main cabinet.
2、Client of tower, station dispatching, approach, forecast, observation and monitoring seats.
Technology Characteristic
1、Integration platform and information sharing: the system integrates air traffic control and weather services into the same platform to realize the sharing of flight and weather information, and the corresponding information is directly related to the flight.
2、Complete functions and rich prompts: the system realizes the functions of air traffic control to compile and send messages and print progress sheets; Processing of various flight dynamic telegrams; Preparation of flight meteorological documents; Dynamic display of weather forecast map, satellite cloud map and radar map; Export various statistical data in Excel; Rich reminding and warning functions to prevent the occurrence of "mistakes, forgetfulness and omissions".
3、The interface is simple and easy to operate: the system displays flight dynamics in a graphical interface, so that users can see at a glance; Click the corresponding menu or button to complete the corresponding function.
4、Stable operation and simple maintenance: basic data can be exported to Excel files for backup. In case of changes in basic data such as flight seasons or routes, just edit the corresponding Excel files and import them into the database; Provide remote assistance if necessary; 7 * 24-hour uninterrupted operation to ensure the integrity requirements of received data.
Software Interface
Area 1: Awos data; Area 2: light level prompt;
Area 3: flight dynamics; Area 4: telegram compilation and transmission;
Area 5: Basic Data; Area 6: telegram query;
Area 7: strip display and printing; Area 8: Dynamic information prompt.
System Installation
Software Interface
ELECTRICAL
Primary Power:110V — 220V AC±10%,47 — 63 Hz,single phase.
MECHANICAL
Size:180cm(H)X60cm(W)X60cm(D),Standard 38U cabinet.
Weight:70kg.
ENVIRONMENTAL
Temperature:Indoor -10°C— +50°C.
Relative Humidity:0 — 95%.
Altitude:0m — 4500m MSL.
Duty Cycle:24 hours x 365 days.
Application Airport
Wuxi in Jiangsu, Weifang in Shandong, Yan'an in Shaanxi, Fuyang in Anhui, Rizhao in Shandong, Tongliao in Inner Mongolia, Taizhou in Zhejiang, Yiwu in Zhejiang, Jiuhua Mountain in Anhui, Shangrao in Jiangxi , Shangrao in Yichun, Huangyan in Zhejiang, Golmud in Qinghai, Hannan in Hubei, Yining in Xinjiang, Yulin in Shaanxi and other airports.
Standard
1、ICAO, Annex 10, Aviation Telecommunications,Volume 3, Communication Systems, Fourth Edition, April 1985.
2、International Association for Aeronautical Communications SITA, Telegram Processing Standard.
3、CAAC,The technical specification of civil aviation AFTN/SITA communication system,MH/T 4041-2014.
4、CAAC,The configuration specification of civil aviation AFTN/SITA communication system,MH/T 4050-2018.