Automatic warehousing method for automobile parts

Abstract

The invention provides an automatic warehousing method for automobile parts, which comprises the following steps that: a warehousing station initiates a goods receiving task, and a WMS system dispatches no-load goods shelves in a material warehouse to the warehousing station; then the to-be-warehoused materials are placed on the goods shelves with trays as units, material information of the to-be-warehoused materials is collected, and the material information is bound with the goods shelf position information at the corresponding positions; the material information is uploaded to the WMS system and the shelf positions in the warehouse are automatically distributed; the scheduling system receives the information and sends tasks to the AGV; the AGV receives an instruction and completes material warehousing; after warehousing, the AGV releases the warehousing stations, continues to initiate the goods receiving task, and circulates until all the materials are warehoused. Whole-support warehousing and automatic homing of the tray bearing parts are achieved, personnel carrying and walking are not needed, the carrying workload is reduced, personnel walking waste is avoided, and the labor intensity of personnel is reduced.

Description

technical field [0001] The invention is applied to the field of storage and logistics of auto parts, and in particular relates to an automatic warehouse-in method for auto parts. Background technique [0002] With the intensification of the industrialization process, the logistics industry has also entered a period of vigorous development, and there is a further demand for logistics management. With the increasing demand for improving efficiency and saving costs, the further development of warehouses in the logistics industry Automation is becoming increasingly urgent. In the prior art, when the parts are received and put into the warehouse, employees are required to carry them, identify the corresponding warehouse location and put them back in place. The requirements for the type of work are high, the labor intensity of the employees is high, and the warehouse-in efficiency is low. Therefore, how to reduce personnel handling and identification work and realize automatic st...

AI Technical Summary

Problems solved by technology

In the prior art, when the parts are received and put into the warehouse, employees are required to carry them, identify the corresponding warehouse location and put them back in place. The requirements for the type of work are high and the labor intensity of the employees is high, and the storage efficiency is low.

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