Storing and distributing integrated process and system based on tray storage three-dimensional bank

Abstract

The invention provides a storing and distributing integrated process and system based on a tray storage three-dimensional bank. When materials are stored, every single material is stacked to be a solid tray manually or automatically; the solid trays are stored on a goods shelf of the three-dimensional bank through a stacker; when the materials leave the bank, the stacker sends the solid trays to a storing and distributing integrated unstacking station inside the goods shelf of the three-dimensional bank according to system instructions; an unstacking manipulator arranged on the storing and distributing integrated unstacking station carries the materials on the solid trays to an outlet conveying platform in sequence in a single or multiple mode according to system instructions; unstacked empty trays are processed to be an empty tray set through the stacker and then are fed back to the goods shelf of the three-dimensional bank to be stored. The storing and distributing integrated process and system based on the tray storage three-dimensional bank simplify the operation procedures greatly, shorten the logistics route and improve the operation efficiency and the response capability of the system greatly.

Description

technical field [0001] The invention relates to the technical field of palletizing materials into warehouses for storage and depalletizing out of warehouses in distribution industries such as tobacco, medicine, food, cosmetics and stationery. Background technique [0002] The current domestic distribution centers, such as figure 1 As shown, it usually consists of receiving system, warehousing system, stocking system and sorting system, and each system is independently formed into blocks. Such as figure 2 As shown, in the warehousing system, in order to increase the storage capacity and reduce the amount of logistics handling, materials are stacked on pallets as carriers to form solid pallets and stored in the shelves of the three-dimensional warehouse. The three-dimensional warehouse adopts the method of multi-layer beam-type shelves and stacker cranes, which only realizes the storage function of materials. When the materials need to be unstacked out of the warehouse, th...

AI Technical Summary

Problems solved by technology

Such a process mode mainly has the following problems: (1) Before materials enter the sorting system, in addition to passing through the storage system, they also need to enter and exit the stocking system once, resulting in an increase in logistics links and equipment configuration

(3) Empty pallets generated after material destacking need to be stacked and returned to the three-dimensional warehouse for storage, which requires additional conveying equipment to complete, resulting in complex system configuration, low operating efficiency, large floor space, and slow response

The entire system has too many processes, staggered moving lines and serious waste of energy consumption

[0003] How to effectively integrate the warehousing system and the stocking system, reduce a large number of equipment configurations, and at the same time maintain the high utilization rate of the multi-layer beam shelf in the three-dimensional warehouse, is still blank in terms of technology.

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