Vehicular airport clearance dynamic collection and management system as well as control method and airport clearance evaluation method thereof

Abstract

The invention provides a vehicular airport clearance dynamic collection and management system as well as a control method and an airport clearance evaluation method thereof. The vehicular airport clearance dynamic collection and management system is mounted on a vehicle and comprises a main control computer, a total station, a GPS (Global Position System) module and a vehicle power supply inverter. The main control computer is arranged in a cab. The total station is mounted in a back vehicle hopper of a collecting vehicle and is connected with the main control computer through a data wire. The GPS module is mounted at the center of the bottom of the total station and is connected with the main control computer through a power supply wire and a data wire. The vehicle power supply inverter is connected with the main control computer through a power supply wire. The vehicular airport clearance dynamic collection and management system disclosed by the invention is mounted on the conventional pickup truck and the like so as to form the collecting vehicle, so that the horizontal coordinate and the altitude of a barrier in an airport clearance management area can be dynamically displayed and collected. By combining the airport clearance evaluation method provided by the invention, the influence of the newly-added barrier on airport operation security can be analyzed at any time, so that the evaluation period is shortened, the evaluation cost is reduced, the work intensity is reduced and the work efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of airport facility detection, and in particular relates to a vehicle-mounted airport clearance dynamic acquisition management system and a control evaluation method. Background technique [0002] Airport clearance refers to the airspace within a certain range along the take-off and landing routes near the airport, that is, the airspace required for aircraft take-off and climb, landing and descent, and visual circling at both ends and sides of the runway. In this area, there must be no obstacles on the ground to hinder navigation and flight. Therefore, when the airport site is selected or after the airport is put into use, it is necessary to manage and control the airport clearance. Airport clearance management is an important part of flight area management and airport safety management, and is crucial to ensuring the safety of aircraft takeoff and approach. There are many factors that plague the clearance...

AI Technical Summary

Problems solved by technology

For example: Huangshan Airport has developed an airport clearance management platform using Google Earth software, but the Google Earth software it relies on is owned by an American company, and the coordinate accuracy and service sustainability cannot be guaranteed

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