Unmanned aerial vehicle full life cycle warehouse management system and method

Abstract

The invention provides an unmanned aerial vehicle full life cycle warehouse management system and method, and the system comprises an unmanned aerial vehicle storage module which is used for carrying out the automatic storage and taking of an unmanned aerial vehicle body through a storage robot; a battery charging module which is used for carrying out modular charging on the unmanned aerial vehicle battery and pushing the battery with the optimal performance based on an intelligent pushing algorithm; a spare part management module which is used for classifying and storing related spare parts of the unmanned aerial vehicle; a background management module which is used for issuing control commands to the unmanned aerial vehicle storage module, the battery charging module and the spare part management module and analyzing and processing data information from the modules, wherein each component of the unmanned aerial vehicle is bound with operation and maintenance team personnel, and secondary verification of the corresponding personnel is needed in the access process of the unmanned aerial vehicle. According to the scheme, the equipment management responsibility is implemented to people, the full-life-cycle management of the unmanned aerial vehicle is realized, the problems of unmanned aerial vehicle equipment, battery storage and daily maintenance are solved, and the inspection efficiency is remarkably improved.

Description

technical field [0001] The disclosure belongs to the technical field of unmanned aerial vehicle storage management, and in particular relates to a storage management system and method for the whole life cycle of unmanned aerial vehicles. Background technique [0002] The statements in this section merely provide background information related to the present disclosure and do not necessarily constitute prior art. [0003] With the widespread application of drones in the power industry, the number of drones has grown rapidly, but drones have special requirements for storage and safety environments due to their high prices, high maintenance requirements, and battery charging requirements. Although the local power supply companies are equipped with special UAV warehouses at this stage, the UAV storage and battery charging are still in a state of disorder. After the inspection personnel complete the flight mission, they just put the UAV equipment back on the shelf. The battery o...

AI Technical Summary

Problems solved by technology

[0009] (1) At the present stage, power supply companies in different regions use inspection teams as units to realize the binding of assets and team members, and team members are responsible for the maintenance of their own assets, while the above-mentioned several schemes still take the overall assets as the management object , when the drone is damaged or lost, no one can be held accountable;

[0010] (2) Although the above-mentioned schemes can realize equipment binding through RFID technology, and achieve the whole process of material storage, distribution, verification, storage, and maintenance, the whole process of equipment collection and storage can be completed through the background management system, but still It is impossible to receive it by a special person, and there is a problem that an operator can complete the whole process, and it is still impossible to realize the real whole process management of the equipment;

[0011] (3) The current UAV smart warehouse can realize the charging of the UAV battery, but the supporting charger has few charging ports and slow charging speed, which cannot meet the heavy inspection task requirements of the power supply company, seriously affecting the inspection efficiency

The frequency of battery use is closely related to the operating habits of personnel, and it is very easy for some batteries to be used too frequently while the frequency of individual batteries is too low, resulting in unbalanced use of batteries in the same batch

In addition, the charger and battery are directly placed on the workbench for charging, lacking effective safety protection measures. Once the battery detonates, the consequences will be very serious

[0012] (4) In the above several schemes, the storage of UAV equipment is still done manually by the staff, which does not meet the requirements of reducing the workload of personnel, and there is a risk of misplaced personnel, resulting in chaotic equipment management

[0013] (5) Due to objective impacts such as natural disasters, emergencies, and power grid troubleshooting, inspection personnel need to rush to the inspection site immediately, but the existing UAV smart warehouse does not support the remote start charging function. When the above problems occur , may not be able to guarantee the inspection requirements due to the insufficient number of drone batteries

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