An automated warehouse system, production line and logistics management method

Abstract

The invention discloses an automated warehouse system, a production line and a logistics management method. The automated warehouse system includes: multiple partitions, a server host, a control module, and at least one handling module; wherein, each partition corresponds to a manufacturing process of a work in progress; The server host is used to coordinate the production information of the work in progress and send the production information to the control module; the control module is used to control the handling module according to the received production information to transport the work in progress of any manufacturing process to the place where the work in progress is to be carried out The partition corresponding to the next crafting process. In this way, the automatic warehouse is designed in partitions, and each partition corresponds to a production process of the work in progress, so as to specify the specific position of the work in progress in the automated warehouse after each step of the production process, and realize the optimal transportation for the next production process, thereby reducing It eliminates the ineffective and redundant handling of work-in-progress in the automated warehouse, and improves the handling efficiency of the automated warehouse system.

Description

technical field [0001] The invention relates to the field of display technology, in particular to an automated warehouse system, a production line and a logistics management method. Background technique [0002] In the prior art, in the large-generation line (G8.5 and above) display panel manufacturing plants, the length of the automated warehouse is relatively long, and in the production process of the display panel, the handling and management of the WIP in the automated warehouse, that is, in the The process of transporting the product to the next destination after completing the corresponding manufacturing process is only managed at the level of transport, not at the level of storage. [0003] At present, the WIP is randomly stored in the automated warehouse, where the WIP is temporarily stored wherever there is space, and there is no guarantee that the storage location is the shortest distance from the next manufacturing process of the WIP. Especially in the production...

AI Technical Summary

Problems solved by technology

[0003] At present, the WIP is randomly stored in the automated warehouse. Where there is space, the WIP is temporarily stored there, and there is no guarantee that the storage location is the shortest distance from the next manufacturing process of the WIP.

Especially in the production line of the color film substrate, there are many kinds of production processes in the same automated warehouse. The current production process of the color film substrate mainly includes: cleaning the glass substrate-making the transparent electrode ITO-making the black matrix BM-black matrix repair-making Color film RGB-color film repair-make protective layer OC-make spacer PS-protective layer / spacer repair; for example figure 1 Shown is the distribution of each production process of the color film substrate in the automated warehouse. According to the process production process, the next production process after the production of the transparent electrode ITO should be the production of the black matrix BM, so that the WIP is stored in Z04. Good, other analogies, such as figure 1 as shown by the arrow path a1a2 in ; and if the transportation method is carried out randomly, for example, according to the transportation path shown by the arrow path b1b2, due to the random transportation and storage of the products in progress, there will be round-trip transportation and cross-crossing of the products in the automated warehouse. Issues such as multiple regional transfers

This seriously affects the handling capacity, handling time and moving rate of the handling equipment of the automated warehouse, resulting in rapid wear and tear of the equipment and reducing the life of the equipment

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