Experimental Teaching Intelligent Electrical&n

Experimental Electric Intelligent Tutoring System is to vocational and technical education and the development of the comprehensive experimental teaching intelligent electrical systems, applicable to all types of vocational schools electrician, electronic, electromechanical integration, automation, and other professionals engaged in teaching and related professional and technical personnel training. The main induction training for students and staff retraining.
● The system uses computer simulation, multimedia interactive and other modern means of information technology, through the operation, simulation and scenario three training levels and realized the electricians, electronic, electromechanical integration of teaching, from analog to digital operation of the operation changes to address previous professional training the theory, experiment, internships and practical application divorced from the issue.
● is a complete teaching platform with comprehensive, systemic, economy, the system of the organic integration electrician, electronic, electromechanical integration educational content into one, could be replaced by electric drive, SCM, PLC, converter, etc. monomer laboratory. Laboratories at the same time with a comprehensive management system, the experimental equipment, experiments, experimental results, system maintenance management, each test-bed that is an independent experimental system, the entire laboratory constitute a network of teaching system, which can save money.
● software development design thinking of the advanced nature: developed by industry classification and the types of combining simulation software, the process will be complex process, large machinery and equipment through virtual simulation means to reproduction in the laboratory, and through its control experiment Taiwan , the traditional large investment in experimental long cycle, but difficult to achieve in-kind teaching content, such as motor disassembly and assembly, manipulator, using simulation tools to be addressed, on the other hand the modern factory into the mode of operation of experimental teaching.
● development of the advanced nature of the software means: PLC programming, a variety of high-level language programming, with the IPC configuration software technology, achieved a 3D virtual simulation, the first breakthrough in monitoring technology.
● simulation content in advance, advanced: the system not only has the traditional system of classical control, and that the advanced control thinking, fuzzy control, neural networks, expert systems into systems, the CIMS introduction of modern management methods of teaching design , the vision of pioneering students.
Advanced teaching mode:
(1) operation, simulation, simulation experiments teaching three levels
(2) closely integrate the software and hardware
(3) use of multimedia means experimental teaching
(4) According to students of different levels and positions demand started teaching module
(5) the practices carried out by the factory experimental teaching
(6) It is necessary to experiment management tools
● development platform of openness: system for a variety of users structures development platform, users according to their own characteristics secondary development, the experimental teaching resources to achieve the complementary advantages.
● labor skills identification dedicated platform: According to the Ministry of Labor and Social Security promulgated by the latest "maintenance electrician examination manual labor skills" program requirements, independent research and development of a maintenance electrician skills training and the corresponding evaluation of the title, testing systems, can be used as labor skills Identification dedicated platform.
● Experimental Teaching and factories close convergence:
(1) will introduce the mode of operation of the factory laboratory
(2) actually used in the factory used the tools, equipment and materials
(3) procedures to introduce testing content.
(4) Process System Simulation
(5) Electrical Control System Simulation
Technical parameters:
1, the Working Power: three-phase four-380 V ± 10% 50HZ
2, and its dimensions: 1600 X700X1450 (mm)
3, unit capacity: <1 KW
4, ambient temperature: -10 ° C -40 ° C
5, relative humidity: ≤ 85% (25 ° C)