Audio auxiliary inspection operation method

Abstract

The invention provides an audio auxiliary inspection operation method. The audio auxiliary inspection operation method comprises the steps that a unit operation inspection function of each standard operating procedure, a musical sound trigger logic of the unit operation inspection function, a normal musical sound for an auxiliary prompt and an abnormal musical sound for the auxiliary prompt are defined according to a preset standard operation program; when the standard operation procedures are executed, the unit operation inspection function is executed at the same time, the normal musical sound for the auxiliary prompt is played; execution processes of the standard operation procedures are monitored according to the unit operation inspection logic; if the unit operation inspection logic detects that operation does not conform to the standard operation procedures, the musical sound trigger logic is activated, and the abnormal musical sound for the auxiliary prompt is played; if the unit operation inspection logic detects that the operation recovery conforms to the standard operation procedures, the musical sound trigger logic is activated, and the normal musical sound for the auxiliary prompt is played; and the execution processes of the standard operating procedures are detected.

Description

technical field [0001] The invention belongs to the technical field of aircraft man-machine interface, and in particular relates to the man-machine interface technology of an aircraft cockpit equipped with complex systems. Background technique [0002] Aircraft with complex systems, such as large commercial aircraft, before operation and under other specific conditions, the crew needs established standard operating procedures / checklists to operate aircraft cockpit equipment, and check the operating status of the aircraft and the operation of major onboard systems The status is checked, and the operating parameters of the corresponding airborne systems of the aircraft are adjusted according to the subsequent operating requirements. Traditionally equipped with complex system aircraft, there are two or more pilots in the cockpit to form the cockpit crew, and cooperate to complete the tasks of the cockpit to meet the operational safety of the aircraft. Taking the existing large...

AI Technical Summary

Problems solved by technology

Under the operating conditions of a single crew member, the existing cross-check cannot be implemented, the driver needs to complete the tasks of operation and operation inspection, and the only driver in the cockpit needs to pay attention to the checklist, operation, and operation results at the same time, which increases the work of the crew Load, easy to cause fatigue of the driver, leading to errors in the operation process and operation content of the crew

The existing prompt function of the audio system in the cockpit is only a prompt for the operation response of some airborne systems, but has not established an effective standard operating procedure / check list for the situational awareness of the full operation, and there is no cross-check and check prompt In this situation, it is easy to ignore operational errors and missing items, which will affect the operational safety of the aircraft and the execution of tasks; at the same time, the existing cockpit harmonics and voice prompts are triggered by events, and it is easy for the crew to hear when multiple events are triggered in a short period of time. Sensory fatigue, neglect to receive arriving auditory information

Images