Unmanned plane piling operating system

Abstract

The embodiment of the invention provides an unmanned plane piling operating system comprising an unmanned plane cooperative piling operating subsystem, an unmanned plane motion tracking video positioning subsystem, an unmanned plane piling monitoring center management platform, an unmanned plane flight and operating control subsystem, an unmanned plane piling capturing recognition subsystem, an unmanned plane power supply scheduling subsystem, and an unmanned plane fault detection and recovery subsystem and emergency processing subsystem. The unmanned plane piling operating system has the following beneficial effects: the operating flow can be changed again at any time under the circumstance that no production equipment needs to be adjusted and only the flight control system of the unmanned plane needs to be changed according to specific demands; the working efficiency can be improved or reduced by turning on or off unmanned planes; multiple package assembling line can be dealt with by one unmanned plane; with the system, flexibility of the piling work can be improved; and compared with the traditional piling work, lots of manpower and material costs can be saved and the piling efficiency can be improved.

Description

technical field [0001] The invention relates to the technical field of material handling and transportation, in particular to an unmanned aerial vehicle palletizing operation system. Background technique [0002] In recent years, with the maturity of drone aerial photography technology, more and more people have begun to pay attention to drones and study the application of drones to a wider range of technical fields. So far, drones have been used in fields such as medical treatment, disaster relief and even express delivery. [0003] In logistics, warehousing and other industries, work such as palletizing and depalletizing has always consumed a lot of manpower. Existing automated machinery such as palletizing robotic arms can achieve the characteristics of simple operation, high work efficiency, and energy saving. However, the palletizing speed is relatively slow, and due to the high cost, it is generally only used in larger box-type production lines. ; In light material p...

AI Technical Summary

Problems solved by technology

Existing automated machinery such as palletizing robotic arms can achieve the characteristics of simple operation, high work efficiency, and energy saving. However, the palletizing speed is relatively slow, and due to the high cost, it is generally only used in larger box-type production lines. ;In light material palletizing, the mechanical arm is generally not used due to cost issues, which will consume a lot of manpower

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