Intelligent unmanned aerial vehicle full life cycle management and control platform, warehouse and method

Abstract

The invention belongs to the technical field of unmanned aerial vehicle management. The invention particularly relates to an intelligent unmanned aerial vehicle full-life-cycle management and controlplatform, warehouse and method. A warehouse-in and warehouse-out access control system is arranged to register a unmanned aerial vehicle so as to automatically master the warehouse-in and warehouse-out conditions of the unmanned aerial vehicle in real time; a verification system is arranged to display the state of the unmanned aerial vehicle so as to facilitate visualization of management; a battery management system is arranged to manage the use, charging and warehouse-in and warehouse-out conditions of the battery in real time; an intelligent control center is arranged to share, store and monitor the information of each system, so the warehouse-in and warehouse-out time, the service life and the maintenance state of the unmanned aerial vehicle are ensured; the visual management is achieved on the storage and delivery state, the electric quantity state and the like of the battery, information is transparent and updated in time, good supervision of the whole life cycle of the unmannedaerial vehicle can be effectively guaranteed, the reliability and usability of the unmanned aerial vehicle are guaranteed, the management automation is achieved, the workload and the working difficulty are reduced, working errors are avoided, and smooth completion of an inspection task is guaranteed.

Description

technical field [0001] The invention belongs to the technical field of UAV management, and in particular relates to an intelligent UAV full life cycle management and control platform, warehouse and method. Background technique [0002] Unmanned aerial vehicle (UAV), a new tool capable of high-altitude, long-distance and fast operation, has been greatly applied in surveying and mapping, aerial photography, sports, military, reconnaissance and disaster relief. With the continuous development of UAV control technology , telemetry data link control, geographical matching control, GPS satellite positioning control, etc. have become possible. In the application of power line inspection, the operation and control process of UAV is simple, reliable, stable, and the inspection speed is fast (up to It is more than 10 times that of manual inspection), high in economy (inspection cost can reach 1 / 10 of manned helicopter), and there is a tendency to replace manned aircraft for various ta...

AI Technical Summary

Problems solved by technology

[0003] However, the storage of UAVs is currently mostly managed manually, because there are many types of UAVs and their components are more precise. In order to ensure the successful completion of tasks, regular inspections of UAVs are required. Clear registration is also required in the warehouse, and manual completion is prone to information errors. When the number and types of drones are large, there are many items related to drones, which makes the management work complicated and unmanned. The battery management of the drone is also an important part. If the life of the drone and the power of the battery are not managed properly, it will bring great hidden dangers to the inspection task.

The current UAV entry and exit management, the information is opaque, and the UAV maintenance, life and battery usage status are not transparent, which has caused great hidden dangers to the smooth completion of power inspection tasks.

Once the inspection is not successfully completed due to the failure of the drone, or the inspection is missed, it will not only increase the workload of the staff, but also make it possible for the circuit problem to be missed, which is a big hidden danger.

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