Power network unmanned aerial vehicle air power system detecting platform

Abstract

The invention discloses a power network unmanned aerial vehicle air power system detecting platform. The power network unmanned aerial vehicle air power system detecting platform comprises a main machine, a display module and a testing table frame. An air power system is installed on the testing table frame and controlled by the main machine to operate according to set parameters, and a laser sensor used for obtaining rotating speed of propellers and a vibration sensor used for obtaining vibrating coefficients of the air power system are installed on the testing table frame. The testing tableframe further comprises a weight sensor used for obtaining tensile force or pushing force generated by the air power system and temperature sensors used for obtaining the temperature of the air powersystem, and the laser sensor, the vibrating sensor, the weight sensor and the temperature sensors are connected with the main machine. The main machine obtains and processes testing data through the sensors to obtain all the performances of the air power system. The power network unmanned aerial vehicle air power system detecting platform integrates a plurality of testing functions, the testing operation is simple and safe, and more automation and intelligence are achieved.

Description

technical field [0001] The invention relates to a detection platform for the aerodynamic system of a power grid unmanned aerial vehicle. Background technique [0002] Common aircraft power system detection platforms are mostly integrated, and the various devices and sensors in it are prone to mutual influence and cause errors. When a fault occurs, it is difficult to identify the fault point, and the process of maintenance and disassembly is complicated. [0003] So far, the industry has been using the original method of DC power supply and electronic scales to test the power system. This test method not only has problems such as complicated operation, unstable readings, and low test efficiency, but also threatens the personal safety of operators due to lack of protective measures. [0004] Secondly, the matching of power systems in the field of drones and model aircraft has always been the primary problem that plagues practitioners and enthusiasts. Contents of the inventio...

AI Technical Summary

Problems solved by technology

[0002] Common aircraft power system detection platforms are mostly integrated, and the various devices and sensors in it are prone to mutual influence and cause errors. When a fault occurs, it is difficult to identify the fault point, and the process of maintenance and disassembly is complicated.

[0003] So far, the industry has been using the original method of DC power supply and electronic scales to test the power system. This test method not only has problems such as complicated operation, unstable readings, and low test efficiency, but also threatens the personal safety of operators due to the lack of protective measures.

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