Smart warehouse achieving control through communication device

Abstract

The invention provides a smart warehouse achieving control through a communication device. The smart warehouse achieving control through the communication device comprises a storage shelf, an articlebearing base, a conveying device for conveying the article bearing base, a transfer device for moving the article bearing base from the conveying device to the storage shelf, and a processor. An information acquiring module acquires electronic tag data on the article bearing base, the processor acquires the data and compares the position data with the path data and the transfer information data, reminding is conducted through a user interface in case of inconsistency, the problem that article storage in warehouses is not smart at present is solved, articles can be automatically stored to or fetched from the warehouse, article circulation can be automatically achieved under operation of an operation interface, manpower and material resources are greatly saved, and in combination of multi-angle measurement, precision is ensured.

Description

technical field [0001] The invention belongs to the technical field of intelligent warehouses, in particular to an intelligent warehouse controlled by a communication device. Background technique [0002] For the current warehouse management, the quick picking of incoming and outgoing items has become the most time-consuming and labor-intensive task in the entire warehouse management industry. In the entire warehouse management operation, the picking operation time accounts for about 30% to 40% of the entire warehouse operation time, and in the warehouse item handling cost, the picking operation cost accounts for about 70%. Therefore, picking is the core link of the entire warehouse operation, which reflects the pros and cons of the final item location configuration and determines the efficiency of item delivery, and is the key to normal or efficient warehouse operations. The current solutions are: judging by the working experience of the management personnel that the requi...

AI Technical Summary

Problems solved by technology

However, for the currently commonly used item warehouse management system based on RFID radio frequency identification technology, it has the following shortcomings: 1. The RFID system has radiation, which has more or less adverse effects on the human body and is not conducive to the occupational health and working environment; 2. The RFID system should be used in conjunction with radio frequency RFID tag identification, and the outdoor operating environment of the item is usually more complicated, which will easily lead to the vulnerability of the RFID tag, which will increase the cost of later operation and maintenance; 3. RFID signal interference is common and affects the data. There is a threat to the stability of the product, and some object cabinets need to install shielding devices, which will cause the originally clearly visible object storage locations to be shielded and sealed, affecting intuitiveness and bringing inconvenience to the return process; 4. General RFID generating device installation At the top of the door of the item warehouse, when the items are returned, the data entry is completed after entering the door, but after entering the door, it is impossible to continue to monitor whether the returned items are put back to their original positions, which is prone to random placement and shelving, which is not conducive to the orderliness and tidiness of the items. 5. In the existing management system, after the items are put into the warehouse, data interference between the radio frequency generator and the RFID tag is prone to occur, so the item warehouse needs to be improved at present.

Images