Author :
Cao, Yan ; Fang, Zhou ; Yang, Yanli ; Li, Zhong
Author_Institution :
Sch. of Mechatron. Eng., Xi´´an Technol. Univ., Xi´´an, China
Abstract :
In production process, a cutter management system should provide accurate, timely, and optimal information of cutters and their components. However, there are few cutter management and consultation systems based on B/S (Browser/Server) structure. In the paper, a cutter database management system is developed based on B/S architecture. The cutter database management system is mainly consisted of user information management, cutter query, technological document and borrowing status browsing, cutter information and borrowing status management, cutter type management, technological document management, cutter storage location management, user information browsing, system management, etc. The system is developed using NetBeans 5.0 and Microsoft Office Access 2003. JSP is mainly used to develop View level, Servlet is used to realize Controller level, and JavaBean is used to realize Model level. MVC frame realizes the separation between functional modules and display modules. At the same time, the maintainability, expandability, portability, and reusability of the system are improved. B/S architecture simplifies system maintenance and upgrade, and reduces development and maintenance costs.
Keywords :
cutting; database management systems; mechanical engineering computing; JavaBean; Microsoft Office Access 2003; NetBeans 5.0 platform; borrowing status browsing; borrowing status management; consultation system; cutter database management system; cutter information; cutter query; cutter storage location management; cutter type management; system management; technological document management; user information browsing; user information management; Data engineering; Database systems; Engineering management; Information management; Internet; Java; Manufacturing industries; Mechatronics; Production systems; Technology management; B/S; DBMS; Java; MVC frame; cutter; three-level structure;