A delivery system and a method thereof based on an unmanned aerial vehicle and an electronic tag

Abstract

The invention discloses a delivery system based on an unmanned aerial vehicle and an electronic tag and a method thereof. The system comprises the unmanned aerial vehicle, which is provided with a wireless communication module for wireless communication when the data is uploaded or given between the unmanned aerial vehicle and a logistics platform, a navigation module that receives the planned route information sent by the logistics platform and navigates; an electronic tag which is installed on the open type receiving box, and contains the tag information; a card reader connected to the wireless communication module, wherein the information on the read electronic tag is sent to the logistics platform through the communication module, and the logistics platform compares the information onthe read electronic tag with the goods delivery address and the electronic tag number filled by the user in the logistics platform. When the authentication is correct, the goods on the unmanned aerialvehicle fall into the open receiving box to complete the delivery. According to the invention, when the user is not at home, the goods can be directly delivered to the user's home or the user's designated place, and the user can confirm his goods through the mobile phone in time, and the invention is efficient and accurate.

Description

technical field [0001] The invention relates to the field of logistics automation, in particular to a delivery system and method based on drones and electronic tags. Background technique [0002] In recent years, with the great development of the network economy, the operation mode of the logistics industry is also constantly changing. At present, the commonly used mode is: the goods are sent to the logistics center of a community in a centralized manner, and after sorting by the community logistics center, the courier will deliver them to the user one by one. [0003] However, this method of delivery brings many problems, for example, (1) low efficiency: the courier needs to drive a car, moped or bicycle to deliver to the user, and if the user is not at home, the delivery may not be delivered in time; (2) ) The cost is huge: due to the need for a large number of couriers to deliver, it consumes a lot of social human resources; (3) the phenomenon of goods loss or wrong deli...

AI Technical Summary

Problems solved by technology

[0003] However, this method of delivery brings many problems, for example, (1) low efficiency: couriers need to drive a car, moped or bicycle to deliver to the user, and if the user is not at home, the delivery may not be delivered in time; (2) ) The cost is huge: due to the need for a large number of couriers to deliver, it consumes a lot of social human resources; (3) prone to goods loss or wrong delivery: couriers will carry a lot of goods at a time, and the goods are prone to loss during transportation , and there is no one to verify the goods when they are sent to the user, so it is easy to send them wrong. In addition, when the user is not at home and agrees to leave the goods at the door, others may take the goods and cause them to be lost; (4) The user is required to sign at home: due to express delivery (5) Impact on traffic: the volume of express delivery is increasing, and the proportion of road resources occupied by express personnel is large, especially in the morning and evening Greater impact on traffic during peak hours

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