Quick detection method of power plant system of unmanned aerial vehicle

Abstract

The invention discloses a quick detection method of a power plant system of an unmanned aerial vehicle. According to the quick detection method, an installation connector and a pipeline junction of the power plant system are smeared with a fluorescent anti-rust paint mark, and a bi-parting quick releasing power cabin cover is arranged; installation problems when the power plant system is used is found through visual detection or white flashlight tools; and if the mark is damaged, the quick releasing power cabin cover is further opened to carry out confirmation, detection and maintenance, or overall detection and maintenance of equipment and a dynamo in the cabin. After the installation and detection of the power plant system are completed, ground detection equipment is used for carrying out ground state detection, work control and troubleshooting on the power plant system. The ground safeguard efficiency of the power plant system is improved, the scale of system maintenance is reduced,the work difficulty and intensity are meanwhile lowered, the detection flexibility is increased, and the detection efficiency is improved. Through easy operations, the quick and overall ground detection and test of the power plant system of the unmanned aerial vehicle are achieved, and the quick aircraft maintenance of the unmanned aerial vehicle is achieved to guarantee the reliable releasing ofthe unmanned aerial vehicle.

Description

technical field [0001] The invention relates to a ground detection technology for a power device of an unmanned aerial vehicle, in particular to a rapid detection method for a power device system of an unmanned aerial vehicle. Background technique [0002] The ground inspection and test of the UAV power plant system is an important part of the ground maintenance work of the UAV, and it is an important means to ensure the reliable operation of the engine and the reliable flight of the UAV. [0003] The ground maintenance support of the UAV power plant system is divided into two parts: inspection and function test. At present, due to the small scale of UAVs, the design of their power plant systems has gradually developed from simple to complex, and the ground inspection and testing of UAV power plant systems after installation has not formed a systematic, standardized, simple, and effective planning and method. . Before driving the UAV engine, it is generally carried out by ...

AI Technical Summary

Problems solved by technology

At present, due to the small scale of UAVs, the design of their power plant systems has gradually developed from simple to complex, and the ground inspection and testing of UAV power plant systems after installation has not formed a systematic, standardized, simple, and effective planning and method.

Before driving the UAV engine, it is generally carried out by visual inspection and joint test of the ground control station. If the UAV is small or limited by the structure, the maintenance cover of the power cabin is not in place, and it is difficult to conduct a comprehensive power system equipment. Visual inspection, tool inspection and repair are more difficult. To a large extent, the power cabin cover needs to be dismantled, and the workload is heavy. For medium and large UAVs, auxiliary equipment and special tools are needed, and maintenance preparation takes a long time; if the UAV The data link is not connected, and the ground control station cannot be used to detect the integrity of the electrical equipment and system functions of the power plant system

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