Bulk commodity supply chain Internet-of-things management method

Abstract

A bulk commodity supply chain Internet-of-things management method comprises the following steps of first, warehousing: 1, registering an RFID label; 2, applying the RFID label in warehousing of the cargo; 3, reading the RFID label by an intelligent fork truck, displaying the number of cargoes, a planned number and a finished number; 4, establishing a binding relation between an intelligent tray and the RFID label of the cargo by the intelligent fork truck; 5, identifying the RFID label in the warehouse; and 6, performing auditing and debugging by a mobile handheld terminal; second, deliveringout of the warehouse, namely 1, performing a delivering-out-of-warehouse planning; 2, reading the RFID label of the cargo; 3, reading the RFID labels of the intelligent tray and the cargo, and releasing a binding relation; 4, updating a stock condition; and 5, performing auditing and debugging by the mobile handheld terminal; third, alarming: 1, performing infrared grating breaking alarming; 2, realizing no alarm in executing a delivering-out-of-warehouse or warehousing task; and 3, receiving alarming information by the mobile phone APP, and checking the cargo in the warehouse; and fourth, performing an audio step, namely performing intelligent video monitoring. The bulk commodity supply chain Internet-of-things management method realizes the following advantages of Internet-of-things warehouse, intelligent scheduling, real-time monitoring and real-time safety keeping. Even a power failure occurs, monitoring and inventory making can be performed.

Description

technical field [0001] The invention belongs to the technical field of logistics warehouse management information, and in particular relates to a method for managing bulk commodity supply chain Internet of Things. Background technique [0002] The value of bulk commodities is high, and the storage area occupies a large area. For the management of the bulk commodity supply chain, especially in the warehousing link, the more traditional management methods are still used at present. There is no electronic identification of goods, and there is no first-in-first-out intelligent analysis and intelligent distribution management of warehouse locations. The inventory of goods basically relies on manual labor. points. Although logistics service providers generally have a warehouse management software system, the system generally does not have the function of automatic and real-time collection of on-site data. The basic data of storage is manually input or imported by the front-end li...

AI Technical Summary

Problems solved by technology

For the management of the bulk commodity supply chain, especially in the warehousing link, the more traditional management methods are still used at present. There is no electronic identification of goods, and there is no first-in-first-out intelligent analysis and intelligent distribution management of warehouse locations. The inventory of goods basically relies on manual labor. points

Although logistics service providers generally have a warehouse management software system, the system generally does not have the function of automatic and real-time collection of on-site data. The basic data of storage is manually input or imported by the front-end link, which causes the quantity, type, and inbound and outbound information of goods to be inconsistent. The chaos seriously affects the supply chain financial financing business, futures transfer business, bank pledge business and cargo safety of cargo owners