Single pilot driving system and control method

Abstract

A single-pilot driving system and control method, comprising: an on-board pilot system, a cockpit automation system, and a ground operator system, wherein: the single pilot on board drives the aircraft according to the flight plan and monitors the flight path and deviation in real time, and the cockpit automation system is responsible for Flight information monitoring and flight system management. At the same time, the real-time perception of the captain's ability status and task assignment are completed through the cognitive man-machine interface and the intelligent sub-system of function assignment. The ground operator system communicates with the aircraft in real time through the data link. Different driving modes complete monitoring and warning or remote control assistance. At the same time, a single pilot driving mode organization and operation mode is proposed for four different scenarios. The present invention reduces the number of pilots and improves operating economy while satisfying the function and safety conditions of the current dual-passenger driving mode; reduces the resource allocation requirements of the cockpit, reduces the space of the cockpit and reduces the weight of the aircraft; Decision-making conflicts for occupant driving, improving decision-making efficiency and reducing response time.

Description

technical field [0001] The present invention relates to a technology in the field of aviation technology, in particular to a single-pilot driving system and control method. Background technique [0002] Existing civil transport airliners adopt the dual-crew driving mode, but the dual-crew driving mode has the following hidden dangers: 1. The number of flight crew and the space requirements for the cockpit crew are large; 2. The cost of operation coordination equipment, wages and training for the cockpit crew is large ;3. Cognitive deficiencies, thinking deviations, and operational inconsistencies exist in the coordination process, which have an impact on flight safety. Contents of the invention [0003] The present invention aims at the above-mentioned deficiencies existing in the prior art, and proposes a single pilot operation (Single PilotOperation, SPO) system and control method. The pilot driving system constructs four driving modes according to the difference betwee...

AI Technical Summary

Problems solved by technology

[0002] Existing civil transport passenger planes adopt the dual-crew driving mode, but the dual-crew driving mode has the following hidden dangers: 1. The number of flight crew and the space requirements for the cockpit crew are large; 2. The operation coordination equipment, wages and training costs of the cockpit crew are large ;3. Cognitive deficiencies, thinking deviations, and operational inconsistencies exist in the process of coordination, which have an impact on flight safety

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