A warehouse logistics quick picking system and method

Abstract

The invention provides a warehouse logistics sorting system and method. The system comprises a task pool module, a seed module, a matching module and a task distribution module, the task pool module is used for storing tasks to be picked; the seed module obtains a to-be-picked task in the task pool module; the sorting task is split into single seed tasks; the matching module is used for acquiringseed tasks in the seed module; according to the sorting system and the sorting method, the same sub-orders are classified and sorted in a unified manner, so that the walking distance of a picker is greatly reduced, and the sorting efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of warehousing and logistics, in particular to a system and method for quick picking of warehousing and logistics. Background technique [0002] In the field of warehousing and logistics technology, fast and efficient picking of goods has always been a concern of technicians in the field. In the store business scenario, tasks that need to be completed per unit of time, according to the conventional picking operation mode, one person corresponds to one picking task , task picking location nodes are arranged sequentially for operations. This picking mode has a single task, and the picking operators need to walk a lot of roads, take a long time, and also need to invest more manpower. [0003] For the current situation of large warehouses, many tasks, and high timeliness requirements, conventional picking methods can no longer meet the needs. A sorting frequency algorithm that can pick multiple orders in paralle...

AI Technical Summary

Problems solved by technology

[0002] In the field of warehousing and logistics technology, fast and efficient picking of goods has always been a concern of technicians in the field. In the store business scenario, tasks that need to be completed per unit of time, according to the conventional picking operation mode, one person corresponds to one picking task , task picking location nodes are arranged in order to carry out operations. This picking mode has a single task, and the picking operators need to walk a lot of roads, take a long time, and also need to invest more manpower.

[0003] For the current situation of large warehouses, many tasks, and high timeliness requirements, conventional picking methods can no longer meet the needs. A sorting frequency algorithm that can pick multiple orders in parallel and obtain a set of optimal task groups has become an urgent need.

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