What is mechatronics? Future development

Japanese business circles first put forward the concept of "mechatronics technology" around 1970. At that time, they named it "mechatronics", which is a combination of applied mechanical technology and electronic technology. With the rapid development and wide application of computer technology, mechatronics technology has achieved unprecedented development, and has become a system technology integrating computer and information technology, automatic control technology, sensing detection technology, servo drive technology and mechanical technology. At present, it is developing in the direction of optical, mechanical and electrical integration, and its application scope is getting wider and wider. Electromechanical integration technology includes the following contents: (1) Mechanical technology Mechanical technology is the foundation of electromechanical integration. The key point of mechanical technology is how to adapt to the mechatronics technology, use other high-tech to update ideas, realize the changes of structure, material and performance, and meet the requirements of reducing weight, reducing volume, improving accuracy, improving stiffness and improving performance. In the manufacturing process of mechatronics system, the classical mechanical theory and technology should use computer-aided technology, artificial intelligence and expert system to form a new generation of mechanical manufacturing technology. (2) Computer and Information Technology Among them, information exchange, access, operation, judgment and decision-making, artificial intelligence technology, expert system technology and neural network technology all belong to computer information processing technology. (3) System technology is to organize and apply various related technologies with the concept of the whole, and to decompose the whole into several interrelated functional units from the perspective of the whole and system goals. Interface technology is an important aspect of system technology and the guarantee to realize the organic connection of all parts of the system. (4) Automatic control technology has a wide range. Under the guidance of control theory, system design, system simulation and field debugging are carried out. Control technologies include high-precision positioning control, speed control, adaptive control, self-diagnosis and correction, compensation, copying and retrieval. (5) Sensing detection technology Sensing detection technology is the sensory organ of the system and the key link to realize automatic control and adjustment. The stronger its function, the higher the degree of automation of the system. Modern engineering requires that sensors can obtain information quickly and accurately, and can withstand the test of harsh environment, which is the guarantee for the electromechanical integration system to reach a high level. (6) Servo transmission technology includes various types of transmission devices, such as electric, pneumatic and hydraulic. Servo system is a device and component that realizes the conversion from electrical signal to mechanical action, which has a decisive influence on the dynamic performance, control quality and function of the system. References:

/article/JD/aboutus/200504/325.html employment problem: training goal of mechatronics major: this major trains mechatronics high-tech applied professionals engaged in mechatronics liquid filling production line and mechanical operation, maintenance, management and technical transformation in packing automation. Main courses: mechanical engineering drawing, computer drawing, mechanical design foundation, equipment fault diagnosis and elimination, installation and debugging of liquid filling production line, professional English, production line operation management, marketing and enterprise management, etc. He also participated in the manufacturing, installation, debugging, operation, maintenance and management of high-speed liquid filling production line (over 20,000 bottles/hour) and related commodities packing automation Machinery. Employment orientation: Graduates can engage in the maintenance and management of modern automata and production lines in large beer, beverage, food and commodity packaging enterprises, and also engage in technical work in manufacturers, design departments and marketing units of related automata and production lines. Training objectives of mechatronics major (computer-aided design and manufacturing direction): This major trains mechatronics high-tech applied talents who are engaged in computer-aided design (CAD) and computer-aided manufacturing (CAM) of electromechanical products and are skilled in using and maintaining CNC machining equipment. Main courses: mechanical engineering drawing, computer drawing, mechanical design basis, automatic control principle, sensor and test technology, programmable controller, computer principle, computer aided design and manufacturing (CAD/CAM), CNC principle and system, CNC machine tools, CNC machine programming, mold CAD/CAM, professional English, marketing and enterprise management, etc. In addition, I have to accept long-term NC programming and NC machining training. Employment orientation: Graduates can engage in process design and programming of CNC machine tools, debugging, maintenance and processing operations of CNC machine tools, production and technical management, and marketing of CNC equipment at home and abroad in enterprises such as mold design and manufacturing, mechanical processing, plastics, hardware, electronic products and computer production. Training goal of mechatronics major (mold CAD/CAM direction): This major trains mechatronics high-tech applied talents who are engaged in mold design and manufacturing by using computer technology and numerical control processing technology. Main courses: computer principle, computer drawing, mechanical engineering drawing, mechanical manufacturing foundation, cold stamping tools, plastic mold design, mold CAD/CAM, NC principle and system, NC programming, mold manufacturing technology, marketing and enterprise management. And long-term practical training of mold CAD/CAM. Employment orientation: Graduates can engage in computer-aided design and manufacturing of molds in enterprises such as molds, machinery, hardware, plastics and household appliances. You can also engage in business and management related to your major in enterprises and institutions. Training objectives of mechatronics major (technical direction of mechatronics CAD): This major trains high-tech applied professionals who specialize in computer graphics design, information processing and data management in the process of design, manufacture, maintenance, management, technical transformation and service of mechatronics products and equipment. Main courses: mechanical drawing, mechanical design foundation, computer application foundation, database technology and application, network technology, electrical and electronic technology, mechanical manufacturing foundation, automaton and production line, automatic detection and control, computer aided design drawing, computer geometry, computer aided circuit design, mechanical design CAD, mechanical CAD/CAM technology, professional English, enterprise management, etc. Employment orientation: Graduates can engage in design, manufacturing, technical transformation, product marketing, equipment management and maintenance in mechanical design, manufacturing and equipment industry, mold manufacturing industry, light industry, household appliances and electronic manufacturing industry. We can know the employment prospect from the industries covered by the electromechanical integration specialty. Understand?