Finished-product warehouse intelligent bin system convenient for storage location management

Abstract

The invention discloses a finished-product warehouse intelligent bin system convenient for storage location management. The finished-product warehouse intelligent bin system comprises a three-dimensional space tracking locator; an output end of the three-dimensional space tracking locator is connected to an input end of a control computer; an output end of the control computer is connected to input ends of first three-dimensional dimension metering devices; the first three-dimensional dimension metering devices are separately arranged in a first warehouse, a second warehouse and a third warehouse; and the output end of the control computer is connected to an input end of a belt conveyer. According to the finished-product warehouse intelligent bin system, by calculating occupied space in the warehouses, when an object enters the warehouses through the belt conveyer, the second three-dimensional dimension metering device can meter the three-dimensional dimension of the object, and then transmits dimension data to the control computer; the control computer determines the warehouse which the object is to be placed in according to the dimensions of the three warehouses and object occupation space, so that the object suitable for the warehouse space is placed into the suitable warehouse; and warehouse management is facilitated.

Description

technical field [0001] The invention relates to the technical field of storage location management, in particular to an intelligent warehouse system for finished product warehouses that is convenient for storage location management. Background technique [0002] In the traditional warehousing system, there is often a large randomness in the storage of items, which causes problems such as slow process speed, low efficiency, and chaotic management. Putting the name of the location, pasting a paper barcode, etc. as the location identification method, and checking and identifying the location through manual observation or a barcode reader, often results in a significant reduction in operating speed and warehouse operating efficiency. [0003] Patent No. CN201620980611.1 discloses a plane storage location management system based on RFID floor mats, which is characterized by including RFID floor mats, RFID readers and warehouse management control units; RFID floor mats include non...

AI Technical Summary

Problems solved by technology

[0004] At present, there are still some deficiencies in the existing finished product warehouse intelligent warehouse system that is convenient for warehouse location management. For example, the existing finished product warehouse intelligent warehouse system that is convenient for warehouse location management cannot plan the warehouse location, and the location After entering the warehouse, it is impossible to directly read the three-dimensional size of the item to judge the remaining space inside the warehouse, so that the items suitable for the warehouse space can be put into the warehouse

Images