Transportation system and method of goods circulating box

Abstract

The invention discloses a transportation system and method of a goods circulating box. According to the technical scheme, the system comprises a distribution center, a subway express station, a subwayfreight car and a transport vehicle, wherein the distribution center is used for transporting goods to the subway express station; the subway express station is provided with a conveyor used for conveying the goods circulating box to the subway freight car; the subway freight car comprises a car body and a conveying device arranged in the car body, and a plurality of goods inlet and outlet car doors and automatic goods inlet and outlet ports are formed in the side face of the car body; the conveying device adopts a double-layer conveyor, the lower layer is a goods inlet end, and the upper layer is a goods outlet end; and the transport vehicle is used for delivering the goods circulating box to a target position. According to the system and method, an inter-provincial and inter-city transportation system composed of a high-speed rail network is used for trunk line transportation of the goods, an inter-urban transportation system composed of a subway transportation network, taxis and express companies is used for urban goods transfer, the time cost and the economic cost are saved, the logistics transportation speed is remarkably increased, and the logistics operation cost is reduced.

Description

technical field [0001] The invention relates to the field of cargo distribution, in particular to a transport system and method for a cargo turnover box. Background technique [0002] With the rapid development of e-commerce, there are more and more problems in express delivery. The inventors found that the main problems in the current logistics distribution service are: [0003] (1) Traditional logistics distribution is usually transported by car to express stations in various cities and districts after sorting. After the goods are transported to the express stations in each district, the parcels are delivered to the recipients by express personnel; each delivery link Both require a lot of manual participation, high labor intensity, and low distribution efficiency; and each distribution link is easily disconnected; [0004] (2) At present, the transportation and sorting of goods at the express delivery station is usually carried by manual carts, which takes a long time, h...

AI Technical Summary

Problems solved by technology

[0003] (1) Traditional logistics distribution is usually transported by car to express stations in various cities and districts after sorting. After the goods are transported to the express stations in each district, the parcels are delivered to the recipients by couriers; each delivery link Both require a lot of manual participation, high labor intensity, and low distribution efficiency; and each distribution link is easily disconnected;

[0004] (2) At present, the transportation and sorting of goods at the express delivery station is usually carried by manual carts, which takes a long time, has low efficiency and high cost;

[0005] (3) The existing logistics and distribution methods are relatively single, and cannot make good use of the spare capacity of transportation resources, especially the spare capacity of subways for distribution, resulting in a waste of transportation resources

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