Logistics distribution method based on automated guided vehicle

Abstract

The invention discloses a logistics distribution method based on an automatic guided vehicle, and the method comprises the steps: firstly splitting a plurality of materials in an order, placing the split materials in a corresponding warehouse position of a temporary storage mother cabinet, generating a distribution task, and inserting the distribution task into a current distribution queue; the method comprises the following steps: calling an automatic guide vehicle to deliver materials in a cache mother cabinet to a cache sub-cabinet, adopting a regular bus delivery mode or a special bus delivery mode during delivery, then loading the materials delivered by the automatic guide vehicle into the cache sub-cabinet by a stacking machine at the cache sub-cabinet, and finally manually taking out the materials from the cache sub-cabinet by a target user. According to the invention, the overall distribution efficiency of materials can be effectively improved.

Description

technical field [0001] The invention relates to the technical field of logistics distribution, in particular to an automatic guided vehicle-based logistics distribution method. Background technique [0002] Due to the difficulty in controlling the timeliness and schedule of delivery, high cost, and easy loss of parts in manual logistics distribution, more and more companies now add Automated Guided Vehicles (AGV, Automated Guided Vehicle) to the distribution process to realize materials from one end to the other. Delivery tasks on the other end. However, when the automatic guided vehicle system realizes the end-to-end distribution task, manual participation is required in the distribution process, that is, it is necessary to manually feed the automatic guided vehicle at one end. After the manual discharge is completed, the automatic guided vehicle car goes to the other end. , it is still necessary to wait for the user to pick up the material before the delivery task is comp...

AI Technical Summary

Problems solved by technology

[0002] Due to the difficulty in controlling the timeliness and schedule of delivery, high cost, and easy loss of parts in manual logistics distribution, more and more companies now add Automated Guided Vehicles (AGV, Automated Guided Vehicle) to the distribution process to realize materials from one end to the other. delivery tasks on the other end

However, when the automatic guided vehicle system realizes the end-to-end distribution task, manual participation is required in the distribution process, that is, it is necessary to manually feed the automatic guided vehicle at one end. After the manual discharge is completed, the automatic guided vehicle car goes to the other end. , it is still necessary to wait for the user to pick up the material before the delivery task is completed. In the above process, if the personnel do not feed the automatic trolley in time or the user fails to pick up the material in time, the trolley will be in a waiting state, which will affect the circulation of the waybill and the existing The delivery method is prone to delivery congestion, resulting in low overall delivery efficiency

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