Cargo stowage method, device and equipment for logistics transportation vehicle and storage medium

Abstract

The invention relates to the technical field of intelligent logistics transportation, and discloses a cargo stowage method, device and equipment for a logistics transportation vehicle and a storage medium, which are used for improving the cargo stowage rate. The cargo stowage method of the logistics transportation vehicle comprises the following steps: acquiring information of a station where an in-transit cargo is located and information of a target station, and obtaining information of a cargo to be stowage; obtaining the starting vehicle load capacity and the vehicle-mounted standard weight of the logistics transportation vehicles, and according to the starting vehicle load capacity and the vehicle-mounted standard weight, extracting to-be-loaded vehicles in the logistics transportation vehicles to obtain information of the to-be-loaded vehicles; obtaining a vehicle remaining space, a vehicle remaining volume, a vehicle delivery route and a vehicle available time period, and matching the to-be-loaded cargo information with the to-be-loaded vehicle information to obtain candidate to-be-loaded vehicle information; and calculating the stowage cost value of the to-be-stowage cargo information corresponding to the stowage of the candidate to-be-stowage vehicle information, and setting the candidate to-be-stowage vehicle information with the minimum stowage cost value as the target stowage vehicle information.

Description

technical field [0001] The invention relates to the technical field of intelligent logistics transportation, in particular to a cargo loading method, device, equipment and storage medium for logistics transportation vehicles. Background technique [0002] Cargo stowage refers to the actual situation of the transport vehicles, and the rational deployment of the loaded goods makes the transportation capacity of the transport vehicles fully utilized, thereby achieving the goal of resource optimization. [0003] In the existing cargo stowage methods in the logistics and transportation industry, most of the logistics vehicles responsible for the entire transportation of the cargo are matched based on the vehicle type, cargo weight, and cargo volume before the cargo leaves the warehouse from the originating station, resulting in the transport vehicle being in transit at the transfer station. The empty load rate is high when leaving the station, and there is a technical problem of ...

AI Technical Summary

Problems solved by technology

[0003] In the existing cargo stowage methods in the logistics and transportation industry, most of the logistics vehicles responsible for the entire transportation of the cargo are matched based on the vehicle type, cargo weight, and cargo volume before the cargo leaves the warehouse from the originating station, resulting in the transport vehicle being in transit at the transfer station. The empty load rate is high when leaving the station, and there is a technical problem of low cargo loading rate

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