A method for making a compact display-control integrated control in a UAV ground control station

Abstract

The invention discloses a manufacturing method of a compact integrated display and control control in a UAV ground control station, which relates to equipment status display and instruction control sending in a UAV command and control system. The invention adopts base map refresh and extended double-buffer technology, and provides a compact display-control integrated standard control production method for UAV ground control stations that seamlessly embeds instructions into parameter display based on the GDI+ graphics tool development kit. The invention effectively solves the problem of operating pressure and interface conflict caused by the separation of the UAV's ground parameter display and control instructions, reduces the CPU occupancy rate in the complex ground station software, and ensures the operation performance of the ground station software. The invention is especially suitable for the display and control of equipment status and parameters in the ground control station of large-scale and high-end unmanned aerial vehicles.

Description

technical field [0001] The invention relates to a manufacturing method of a compact integrated display and control control in a ground control station of an unmanned aerial vehicle, and is especially suitable for parameter display and flight control in a general ground control station of an unmanned aerial vehicle system. Background technique [0002] The UAV ground control station not only needs to receive the telemetry parameters of the UAV platform and payload equipment in real time, but also needs to control the UAV platform and payload equipment in real time, especially when the important state parameters of the UAV exceed the limit, alarm In case of abnormalities such as faults and faults, the operator needs to respond in time and send control commands to adjust the aircraft attitude and equipment status. In the traditional UAV ground control station in the past, parameter display and control instructions are separated, a large number of important parameter information...

AI Technical Summary

Problems solved by technology

Since the traditional parameter display and control command processing are separated, when the command needs to be sent, the operator needs to quickly and accurately switch to the corresponding command control tab and find the relevant command in time, which increases the burden on the operator and wastes The precious time for abnormal handling is lost, and because the operator needs to switch interfaces frequently and quickly to select instructions (generally, the parameter abnormality may require the operator to send multiple instructions to cooperate to complete the adjustment of the equipment status), causing a lot of operation for the operator stress and prone to operator error, especially in large UAS

Large-scale UAVs require operators to monitor more equipment status, more complex operation processing, and more complicated parameters to be displayed and control commands sent by the ground station software

The software interface of large-scale UAV ground stations designed by traditional parameter display and command sending methods is often very complicated, and because there are many parameters that need to be constantly displayed, such as equipment status and flight parameters that are constantly monitored, the constant display area and the selected display area And the interface distribution ratio occupied by the command sending area conflicts

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