Field area vehicle loading method and system

Abstract

The field vehicle loading method based on the voice guidance system comprises the steps of collecting to-be-loaded information; collecting vehicle information; judging and outputting a single-point goods picking control signal or a multi-point goods picking control signal; judging a loading mode; calling constraint conditions of a loading algorithm according to the loading mode, and establishing aloading model; solving the loading model to form a loading plan, and establishing a binding relationship between the loading plan and the vehicle; enabling a voice guiding system to identify the vehicle, read the loading plan and output the loading plan; enabling a mobile terminal to scan the to-be-loaded cargos and judges whether the to-be-loaded cargos are matched with the loading plan output by the voice guiding system or not; judging whether the loading plan is completed or not; and enabling a voice guiding system to output a loading completion signal. According to the field area vehicleloading method based on the voice guiding system, the optimal loading rate of vehicles can be guaranteed when household appliance goods are loaded in a field area, the phenomenon of repeated loading can be particularly avoided, the loading efficiency is improved, and the field area vehicle loading method has the beneficial effect of being good in practicability.

Description

technical field [0001] The invention relates to the field of logistics technology, in particular to a field vehicle loading method and a field vehicle loading system. Background technique [0002] The product supply of home appliance companies usually adopts a decentralized logistics distribution model or a large-scale centralized distribution model. Under these two models, the inventory in the field is quite large, there are many loading and unloading links, and the operation efficiency is low. [0003] The main reason for the low efficiency of loading and unloading is that the ideal loading rate cannot be guaranteed, and the phenomenon of repeated packing is obvious. For example, in the field, the method of multi-point collection is usually used for loading goods, that is, the same vehicle may load goods from multiple warehouses. The operator loads the goods based on experience, and the loading rate is difficult to maintain an ideal level. Only experienced operators can c...

AI Technical Summary

Problems solved by technology

[0002] The product supply of home appliance companies usually adopts a decentralized logistics distribution model or a large-scale centralized distribution model. Under these two models, the inventory in the field area is quite large, there are many loading and unloading links, and the operation efficiency is low.

[0003] The main reason for the low efficiency of loading and unloading is that the ideal loading rate cannot be guaranteed, and the phenomenon of repeated packing is obvious

For example, in the field, the method of multi-point collection is usually used for loading goods, that is, the same vehicle may load goods from multiple warehouses. The operator loads the goods based on experience, and the loading rate is difficult to maintain an ideal level. Only experienced operators can control the loading and unloading rate in the vehicle at a good level and arrange it reasonably

And the time cost and economic cost of training a skilled operator are all very high

In addition, the operation relies on experience to load the goods, which needs to repeatedly confirm the type and location of the goods, and the loading and unloading principle of "last in, first out" cannot be guaranteed when loading, which brings heavy repetitive loading and unloading operations. Repeated loading and unloading not only increases the operating costs It is difficult for personnel to get started and work intensity, and cargo damage is prone to occur, which increases the cargo damage rate

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