An order re-check system, comprising: electronic tags arranged on turnover boxes; RFID readers/writers arranged on goods allocations, when the turnover boxed are located on the goods allocations, RFID readers/writers acquiring number information of the turnover boxes via the electronic tags; a first information binding module, used for binding the first number information and the second number information in a one to one manner; a second information binding module, used for binding the second number information and orders in a one to one manner; a commodity information acquisition module, used for acquiring commodity information; a commodity information processing module, used for determining an order for a commodity according to the commodity information, and determining the first number information corresponding to the commodity according to a binding relationship between the first number information and the orders; and control indication modules, used for instructing the corresponding goods allocations or turnover boxes

Order re-check system

The invention discloses a processing method of B2C mass orders The processing method of B2C mass orders includes an order processing system, wherein the order processing system is used for generating and/or receiving orders, and setting and/or recording the order status, wherein the order status includes the first status, the second status and the third status; when the order processing system generates or receives an order, the status of the order is set as the first status; when an Express bill corresponding to the order is printed, the status of the order is set as the second status; and when selection, packing and goods consolidation of the goods in the order are completed, the status of the order is set as the third state

Processing method of B2C mass orders

The invention discloses a cargo layout method and apparatus, relating to the technical field of logistics. The method comprises a step of obtaining the warehouse-out time periods and warehouse-out frequencies of a plurality of turnover boxes distributed on a plurality of shelves, a step of distributing turnover boxes distributed to the same warehouse-out time period of the same shelf to multiple layers of the shelf such that the difference between warehouse-out frequency sums of turnover boxes at different layers on the same shelf at the same warehouse-out time period is smaller than a preset value. Through allowing the difference between the warehouse-out frequency sums of the turnover boxes at different layers on the same shelf at the same warehouse-out time period to be smaller than the preset value, the uniform warehouse out of each layer at the same time period can be achieved, the accumulation of cargos caused by a large warehouse-out amount of a single layer at a specific time period is avoided, and thus the warehouse-out efficiency of the cargos is improved.

Cargo layout method and apparatus

The invention discloses an automatic location shifting method and an automatic location shifting system, and belongs to the technical field of logistics warehouse management. The automatic location shifting method comprises the steps that positions of empty locations are adjusted; after the positions of the empty locations are adjusted, same goods in same batch on a first type roadway are combined; after the same goods in same batch on the first type roadway are combined, the type and the batch sequence of goods in a second type roadway are adjusted. According to the steps in the automatic location shifting method, the storage space waste caused by the empty locations in the roadway can be avoided and a quick access to the goods can be achieved, so that unnecessary shifting tasks are reduced, the actual ex-warehouse operation time is shortened, the ex-warehouse efficiency is improved, and the effective storage of a warehouse is facilitated.

Automatic location shifting method and automatic location shifting system

The invention discloses a multidirectional management system and a multidirectional management method of an RFID supply chain. The multidirectional management system comprises an information acquiring unit, a database, a data processing unit and a multidirectional display unit. The information acquiring unit performs functions of reading an RFID label which is adhered on an object, acquiring object information which is recorded in the RFID label and uploading the object information to the data processing unit. The data processing unit performs functions of constructing a multidirectional data model from the received object information, transmitting the object information to the database according to the multidirectional data model, mapping the object information into a multidirectional space according to the multidirectional data model for forming a multidirectional spatial pattern, and transmitting the multidirectional spatial pattern to the multidirectional display unit. The database is used for storing the received object information. The multidirectional display unit realizes real-time display of the received multidirectional spatial pattern on a man-machine interaction interface. The multidirectional management system and the multidirectional management method have advantages of representing relationship between the data and the object in a visual multidirectional spatial manner, and supplying support for decision personnel and high-level management personnel.

Multidirectional management system and multidirectional management method of RFID supply chain

The invention relates to a goods allocation optimization system based on combination of product multidimensional elements and a method thereof and belongs to the field of a logistics storage technology. By modes of coordinate curves, matrix model and the like and by integrating various factors such as product-related warehouse-out quantity, warehouse-out frequency, product characteristics and the like, products are divided into six types; and based on the classification, a detailed goods allocation distribution model is given, and a multidimensional factors-combined goods allocation optimization mode is finally constructed. The system and the method provided by the invention have very positive effects of raising utilization rate of storage capacity, shortening input/output time and enhancing storage equipment, and are suitable for various turnover warehouses.

Zhao Xichao

Papers

Goods allocation optimization system based on combination of product multidimensional elements and method thereof