Design And Implementation Of Warehouse Management System Based On Plane Coordinates

The core functions of warehouse management include two main aspects: goods management and warehouse layout management. The main purpose of goods management is to manage variety attributes of goods, such as owner, batch, name, specification, model, quantity, duration and requirement. A proper goods management can have the goods managed and controlled accurately and finely. The main goal of warehouse layout management is to scheme warehouse, arrange goods depositary, and locate and optimize storage position. A suitable warehouse layout management can enhance the warehouse capacity and operation efficiency.This thesis mainly studies the warehouse management system based on plane coordinates. By establishing a plane coordinates respectively for every floor of every wareroom, partitioning warehouse layout reasonably and administering warehouse layout and goods graphically, the warehouse capacity can be improved, the storage operation can be simplified and the warehouse management efficiency can be enhanced.At first, this thesis analyses current warehouse layout methods and their main problems, and proposes a new warehouse layout method based on plane coordinates which can deposit goods efficiently and orderly due to its reasonable arrangement of layout. On the basis of above, the consistency between account books and actual goods can be easily maintained by affluent attributes of goods, especially by tracing the practical location of goods using its coordinates and relative offset.Moreover, this thesis analyses the functional requirement of warehouse management system based on plane coordinates in detail, discusses its design and describes its implementation through component-truss technology. This these pays more attention to its implementation details such as how to establish plane coordinates, how to set up warehouse's ichnography and how to control the storage operation management of goods.Finally, this thesis takes a series of function tests on the system and verifies its stability, efficiency and usability. The existing problems of this system and probable solutions are also discussed. The system has already been put into use and has gained much benefit.