A distributed logistics system and method based on a base station

Abstract

The invention discloses a base station-based distributed logistics system and method. The logistics system includes: the control center is based on the positioning of the delivery point, and orders the nearest base station and platform of the receiving point to take off the unmanned aerial vehicle to collect goods; the unmanned aerial vehicle uses the satellite and the base station Navigation to pick up and deliver the goods; when the delivery range exceeds the range of the drone, the relay relay transportation of the drone is carried out; when the drone delivers goods across regions, the drone cross-region cargo transportation is carried out; After clicking, the control center checks the user information and unloads the cargo. At the same time, the present invention also proposes a distributed logistics method based on base stations, which can improve the current traditional logistics and freight transportation methods, and at the same time improve the practicability and efficiency of UAV logistics.

Description

Technical field [0001] The present invention relates to the field of logistics distribution techniques, and more particularly to a base station-based distributed stream system and method. Background technique [0002] The development of Internet technology has caused rapid increase in logistics traffic. However, the traditional logistics industry, all aspects are manifest and completed, with the increase in human cost and rental space, resulting in more and more logistics enterprises, and most logistics companies choose to improve delivery costs and close Some transfer stations with a small delivery volume, which in turn causes adverse effects on the user experience. In addition, most of the distributors use electric two-wheeled and tricycle to deliver, and most of these vehicles have exceeded national standard limits, belonging to violations. When the distributor is delivered, although there is a satellite positioning assist, for a small segment, the delivery line planning effic...

AI Technical Summary

Problems solved by technology

[0005] UAVs use batteries as power, which is limited by the low energy density of batteries, battery life, and limited load capacity; the fuel system is large in size, high in noise, and limited in storage space

[0006] 2) limited parking space

[0007] Centralized drone dispatch management requires the construction of a large-scale regional parking dispatch center, which requires a large investment and is difficult to manage and dispatch effectively

[0008] 3) Applicable scenarios are limited

[0010] 4) Difficulty of flight management

[0013] UAVs controlled by WIFI and microwave radio stations have poor security performance and are easily captured by human interference; UAVs controlled by satellites are mostly used in the military field; UAVs controlled by base stations currently only exist in ideas, and There are blind areas and signal overlapping interference areas

[0014] 6) Difficulty in delivery accuracy

[0015] Using drones for directional tasks, if it is a specific transceiver site, the positioning is relatively accurate, but the specific transceiver point is generally low in height, lacks enough space for parking and scheduling, the centralized construction cost is too high, and the delivery accuracy of the terminal to the user is poor.

[0016] Although there are the above problems and defects, it is obvious that with the continuous development of science and technology, many of these problems will be solved, and drone cargo transportation will be an irreversible trend and trend

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