An unattended warehouse management system based on the Internet of Things

Abstract

The invention discloses a management system of an unattended warehouse management system based on the Internet of Things. The unattended warehouse management system includes a warehouse, a warehouse service system, a self-controlled shelf wirelessly connected to the warehouse service system, and a wireless shelf connected to the warehouse service system. Connected picking robot, fire prevention and ventilation system, and delivery system, the warehouse is provided with a warehouse service system, the warehouse service system is wirelessly connected to the Internet of Things, and the warehouse service system is wirelessly connected to the fire prevention and ventilation system and the delivery system respectively. The fire prevention and ventilation system monitors the temperature, humidity, etc. in the warehouse, and the delivery system monitors the items out of the warehouse and the process of picking up the goods. The invention is scientific and reasonable. The warehouse service system transmits data through a wireless connection with the Internet of Things, and Obtain the shipping data and the location information of the picker from the Internet of Things, and prepare the goods in advance according to the time when the picker arrives at the warehouse, so as to reduce the stay time of the picker in the warehouse and improve the delivery efficiency.

Description

technical field [0001] The invention relates to the technical field of warehousing, in particular to an unattended warehouse management system based on the Internet of Things. Background technique [0002] Traditional warehouse management generally relies on non-automated, paper-based system records and tracking of incoming and outgoing goods, which are completely performed manually. Therefore, the efficiency of warehouse management is very low, and the scale of warehouses that can be managed is also small. [0003] With the popularization of computer applications, the warehouse management data of most enterprises have begun to be managed by computer data systems. Human resources are wasted, and due to human factors, the data entry speed is slow and the accuracy rate is low. [0004] With the continuous development of the scale of the enterprise, the types and quantities of materials managed by the warehouse are also increasing and the frequency of entering and leaving the ...

AI Technical Summary

Problems solved by technology

[0002] Traditional warehouse management generally relies on non-automated, paper-based system records and tracking of incoming and outgoing goods, which are completely performed manually, so the efficiency of warehouse management is very low, and the scale of warehouses that can be managed is also small

[0003] With the popularization of computer applications, the warehouse management data of most enterprises have begun to be managed by computer data systems. Human resources are wasted, and due to human factors, the data entry speed is slow and the accuracy rate is low

[0004] With the continuous development of the scale of the enterprise, the types and quantities of materials managed by the warehouse are also increasing and the frequency of entering and leaving the warehouse is increasing. The traditional manual warehouse operation mode and data collection method have been difficult to meet the fast and accurate requirements of warehouse management, seriously affecting The operating efficiency of the enterprise has become a major obstacle restricting the development of the enterprise

[0005] At present, some smart warehouses use RFID technology to realize semi-automatic warehouse management without the need for warehouse managers to intervene in storage and outbound recording operations. , and when the warehouse manager rotates, the new warehouse manager needs to spend more time to get familiar with the placement of materials

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