Remote control starting system for piston engine unmanned aerial vehicle

Abstract

The invention relates to a remote control starting system for a piston engine unmanned aerial vehicle, which belongs to the field of aviation unmanned aerial vehicles, and comprises an airplane-boardsystem and a ground command and control system. The airplane-board system starts the airplane engine, collects system parameters, receives and sends and controls data during the flying process. The ground command and control system displays the work state of the unmanned aerial vehicle in a real-time manner to a manipulator of the unmanned aerial vehicle, and sends instructions input by the manipulator of the unmanned aerial vehicle to the airplane-board system, and conducts remote control on the unmanned aerial vehicle. Data interaction between the airplane-board system and the ground commandand control system are conducted through an airplane-board data sending / receiving terminal and a ground data sending / receiving terminal. The invention is advantageous in that under the situation thatstorage batteries in the airplane are sufficient in power, no multiple returning maintenance is required when quite a large amount of work conditions occur; the technical problem of time and labor consuming due to the fact that support personnel need to conduct multiple maintenance through multiple trip under the current situation can be resolved; the airplane preparation time can be shortened, and the system is especially suitable for work fields without access to the unmanned aerial vehicles.

Description

technical field [0001] The invention belongs to the field of aviation unmanned aerial vehicles, and relates to a remote control starting system of a piston engine unmanned aerial vehicle. Background technique [0002] In the ground preparation stage before the UAV (unmanned aerial vehicle) performs its mission, the support personnel connect the UAV with the ground support and test equipment through a hard line at the parking position, and can provide the UAV with the necessary equipment without starting the engine. energy to perform maintenance checks on drones. Generally, the starting of a piston engine is to drive the crankshaft through the starter, the piston moves, and the spark plug ignites and burns the mixed oil and gas. After the engine is started, the starter exits, and the starter is powered by the ground power supply or the battery. After the engine is working, the ground control personnel remotely control the drone from the parking position to the end of the run...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a remote control starting system for a piston engine unmanned aerial vehicle, which can ensure that there are many working conditions without the need for maintenance personnel to go back and forth for maintenance under the current conditions when the battery power on the aircraft is sufficient. Time-consuming and labor-intensive technical problems that require multiple round-trip maintenance by security personnel

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