The Design of Rolling Steel Computer Aided Manufacturing System Based on Internet

Feng Qin Yu; Jun Wang; Feng He Wu

doi:10.4028/www.scientific.net/KEM.621.543

Paper Titles

The Correlative Positioning Error Compensation of the Vision System and the Robot Mechanism Based on BP Neural Network
p.513

Stereoscopic Positioning of Intelligent Fruit Harvesting Robot: a Review
p.519

Velocity Estimation for Quadrupeds Based on Extended Kalman Filter
p.525

Design and Modeling of Three Joint Mechanical Arm Based on the Free Floating Space Robot Project
p.533

The Design of Rolling Steel Computer Aided Manufacturing System Based on Internet
p.543

Research on Spiral Bevel Gear NC Machining Control Method
p.549

Research and Development of CA6140 Virtual Assembly System
p.558

Research of Drives of Power Amplifiers of Magnetic Levitation Servo Spindle Applied to Micro EDM Based on FPGA
p.564

Research on NC Technologies of Loxodromic Normal-Arc Bevel Gear
p.570

HomeKey Engineering MaterialsKey Engineering Materials Vol. 621The Design of Rolling Steel Computer Aided...

The Design of Rolling Steel Computer Aided Manufacturing System Based on Internet

Abstract:

The production of rolling steel is a complicated process which includes management of production operations and production process. The former includes costs accounting, procurement plan of raw materials and auxiliary materials and quality control. The latter includes devices, technology and production rhythm of iron making, steel making, casting and rolling. Nowadays, the departments of these two have adopted the computer managing system to improve the efficiency of management. But the concept of collective design of CIMS is not considered thus the computer control system and operations management computer system are isolated. Furthermore, resources are not shared and information is not integrated among the systems thus enterprise competitiveness decreases. This paper designs the rolling steel computer aided manufacturing system based on internet and introduces the three levels system structure of CIMS technology strategy as well as the key technology. This study is of great significance not only in the integration of rolling steel production systems and the sharing information, but also in upgrading the steel enterprises, reducing costs and increasing enterprise competitiveness.