Intelligent material warehousing and fetching method

Abstract

The invention discloses an intelligent material warehousing and fetching method. The method comprises the following steps: coding the material; delivering a material tray filled with the material to a material placement platform at a material inlet window of an intelligent warehouse by a loader; automatically capturing the material by a manipulator of the intelligent warehouse and storing the material to a freight space in the intelligent warehouse, of which the address is designated by a material management software system; when the material is discharged, fetching the material tray at the freight space address designated by the warehousing system by the manipulator and delivering the material tray to a material conveyor belt of the intelligent warehouse; conveying the material tray to a discharge hole of the intelligent warehouse through the material conveyor belt to finish material discharging from the intelligent warehouse. The intelligent material warehousing and fetching method disclosed by the invention combines the intelligent warehouse with the material management software system to realize accurate storage and fetch of multiple materials or the single material, is high in degree of automation, free of wrong material fetching or material loss, capable of reducing the idle stock problem, and high in material storage and fetch efficiency, saves labor, and is beneficial to improvement of the production efficiency and reduction of the production cost.

Description

technical field [0001] The invention relates to a network-based automatic material storage management method, including automatic storage of materials and automatic storage and retrieving methods. Background technique [0002] In productive enterprises, material management is an indispensable part of the entire enterprise management. Especially in the electronics industry that uses a large amount of materials and has many types of materials, such as the SMT production industry, whether the required materials can be obtained quickly and accurately will directly affect the production efficiency and production cost of the enterprise. In the early days, all materials were controlled manually, and then semi-automatic management systems and material management software based on batch materials appeared, such as ERP management systems. Later, a small automated three-dimensional warehouse also appeared, which can be used as a line-side warehouse for precise control of single-disc ...

AI Technical Summary

Problems solved by technology

[0003] The current SMT material warehouse is still mainly based on manual control. This mode consumes a lot of human resources and is inefficient. In addition, it is often prone to wrong materials, lost materials, sluggish materials, etc.; the existing semi-automatic three-dimensional warehouse is used for material management. For management, only batch access can be performed, and individual material access can only be achieved with manual search. It is impossible to automatically perform precise access to individual materials, and manual write-offs are required; although some existing small automated three-dimensional warehouses can achieve individual material access. Accurate access, but the capacity is small, unable to achieve large-scale material management