Ground laboratory remote sensing flight simulation platform and control method

Abstract

The invention relates to a ground laboratory remote sensing flight simulation platform and a control method. According to the ground laboratory remote sensing flight simulation platform, a seat groundrail, a floor, a wiring box, a non-airtight opening airtight cover, a downward-looking optical window, a photographing cabin door, a non-airtight protection door manual opening mechanism and a satellite navigation signal simulator are installed in a cabin; the truss is connected with the bottom of the fuselage, the nacelle is connected with the truss, and the radome is installed on the outer surface of the fuselage. The fuselage mounting bracket is mounted below the fuselage structure; the boarding ladder is mounted at a doorway on the side surface of the fuselage; one end of the power supplysystem is arranged outside the fuselage, and the other end of the power supply system is arranged in the cabin; by building the remote sensing flight simulation platform, installation, airworthinesstest, joint debugging test, task planning, flight simulation and other work of various remote sensing devices can be completed in a laboratory.

Description

technical field [0001] The invention relates to a flight simulation platform, in particular to a ground laboratory remote sensing flight simulation platform and a control method. Background technique [0002] One of the preliminary tasks of the aerial remote sensing mission is to install the remote sensing equipment on the aircraft, and then conduct an on-board ground power-on test on the remote sensing equipment to ensure that the equipment works normally during the real flight. The usual on-board ground power-on test first requires technicians to travel and consign remote sensing equipment to the airport where the remote-sensing aircraft is located. After completing a series of complicated approval procedures, they enter the airport, then install the remote-sensing equipment on the aircraft, and then conduct power-on tests. When technicians install, power on, debug and other operations on the aircraft, they will inevitably encounter unexpected technical problems. Because t...

AI Technical Summary

Problems solved by technology

When technicians install, power on, debug and other operations on the aircraft, they will inevitably encounter unexpected technical problems. Because they are out of town or too far away from the laboratory, they cannot get technical support quickly, so the problems cannot be solved quickly, resulting in Task deadlines are delayed, wasting a lot of resources

Images