Device for quickly guiding instruction transmission of unmanned aerial vehicle based on manned aerial vehicle

Abstract

The invention discloses a device for quickly guiding instruction transmission of an unmanned aerial vehicle based on a manned aerial vehicle, and belongs to the field of aviation electronic automation. The device comprises a touch guide module, a voice guide module, an instruction classification module, an instruction decoder, an integrated task processor and an execution mechanism; the device performs fast command and guide, so that the convenience and the flexibility of operation and control of an aviator can be greatly improved under a high decision pressure, the instruction input efficiency is improved, and the advantage opportunity of defense is obtained; the device gets rid of the tedious operations of the target interception mode of the traditional manned aerial vehicle to guide the unmanned aerial vehicle, simplifies the operation flows of the aviator, realizes the fast transmission of multiple unmanned aerial vehicle guide instruction based on a manned aerial vehicle cabin, and guides the unmanned aerial vehicle to lock a target and accomplish tasks. In a rapidly changing task environment situation, the operation time is shortened, the initiative is fought for, the misoperations of the manual operations of the aviator under high pressure can be avoided, the risks are controlled, the pressure is relieved, and the efficiency of accomplishing the tasks is improved.

Description

technical field [0001] The invention belongs to the technical field of avionics automation, and in particular relates to a command sending device for quickly guiding multiple unmanned aerial vehicles based on manned aircraft. Background technique [0002] At present, the interception method of manned-aircraft-guided UAV is double-stick and peripheral key operation. Taking single-target interception guidance as an example, in the search mode, the pilot adjusts the aircraft and drives the target on the multi-function display through the cursor control switch on the control stick. The intercept box is such that the center of the search area is pressed against the target. When the radar intercepts the target, the target information will be displayed on the head-up display. When the launcher meets the launch conditions, the system will give a launch prompt. The pilot controls the aircraft to make the target enter the error circle so that the launcher intercepts the target and com...

AI Technical Summary

Problems solved by technology

[0003] When UAVs are engaged in formation confrontation, the target allocation is performed through the peripheral keys of the manned multi-function display, and the target number and wingman number need to be manually input (the specific process is as follows: figure 1 As shown), you can also use the cursor control switch to move the cursor to the target to be assigned to designate the target and the corresponding wingman. Both of the above two allocation methods consume a long time, and the situation in the mission environment changes rapidly, and the pilot is under greater pressure. In an environment where complex operations are not conducive to gaining the initiative, especially in the case of controlling multiple drones, the input efficiency of the above command sending method is low, which will greatly affect the overall effectiveness of swarm confrontation

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