Intelligent material management method and system

Abstract

The invention discloses an intelligent material management method and system. The intelligent material management method comprises a first step of a scanning material tray label of a material tray to be placed on a shelf and a shelf position label of at least one current shelf placing position by means of a wireless radio frequency scanning device, and assisting the material tray to be placed on the shelf to be placed on the target shelf placing position, corresponding to the material tray to be placed on the shelf, wherein the current shelf placing position is one of multiple inventory shelf positions; receiving a material selecting list and obtaining at least one material to be selected; a second step of scanning a material number label of the current selected material arranged on the current material selecting shelf position and a list label of the material selecting list by means of the wireless radio frequency scanning device, and assisting getting of the material to be selected from the inventory shelf positions; counting the quantity of the remaining materials by means of a material counting device; printing a quantity label of the remaining materials according to the remaining quantity of the remaining materials, and pasting the quantity label to the remaining material tray which contains the remaining materials. The intelligent material management method and system can reduce the error rate of manual computation, simplifies the difficulty generated in the process of material selecting, and can save manpower.

Description

technical field [0001] The present invention relates to an intelligent material management method and an intelligent material management system, and in particular to a method and system for implementing intelligent material management by scanning radio frequency tags. Background technique [0002] Generally speaking, the surface mount technology (SMT) is mostly manually selected through a manual operation mode. However, there are probably a large number of different types of material objects stored in general warehouses. Therefore, the speed of manual material picking is slow, the quantity of material picked is inaccurate, and problems such as picking wrong materials continue to occur, which even affect the production line and cause the line to stop. [0003] The crux of the above problems are as follows: [0004] 1. Personnel often enter the wrong material number. [0005] 2. Personnel are not familiar with the rack position and material number, and it is difficult to fi...

AI Technical Summary

Problems solved by technology

Therefore, the slow speed of manual material picking, the inaccurate amount of material picking, and the wrong material picking have been constantly occurring, and even affect the production line, causing the line to stop

[0004] 1. Personnel often enter the wrong material number

[0005] 2. Personnel are not familiar with the rack position and the material number, it is difficult to find the position to pick the material, which affects the picking speed

[0006] 3. Most of the material numbers are similar, and it is easy to enter the wrong shelf position and read the wrong material number when warehousing and picking materials

[0007] 4. After the off-line materials are counted by personnel, the quantity is manually filled in, which is easy to cause clerical errors or the font is not easy to be recognized by others

[0008] 5. After the material selection is completed, another group of personnel is required to check

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