(iii) Miniaturization
The micro-mechatronics system is highly integrated with micro-mechanical technology, micro-electronic technology and software technology, and is a new development direction of mechatronics. The geometries of microelectromechanical systems are generally not more than 1cm3, and are developing in the micron and nanometer directions. Due to its small size, low energy consumption and flexible motion, the micro-mechatronics system can enter the space that ordinary machinery cannot enter and is easy to perform fine operations. Therefore, it is in the fields of biomedicine, aerospace, information technology, industry and agriculture, and even national defense. , have broad application prospects. At present, sub-micron mechanical components have been fabricated in the laboratory using etching techniques in the fabrication of semiconductor devices.
(iv) Modularity
Modularity is also a development trend of mechatronics products, and it is an important and arduous project. Due to the variety of mechatronic products and the wide variety of manufacturers, the development and development of mechatronics product units with standard mechanical interfaces, electrical interfaces, power interfaces, and information interfaces is a complex and important matter. It requires a series of standards to Matching and interface of components and units. Mechatronics production companies can quickly develop new products using standard units, while also expanding production scale.
(5) Networking
The rapid development of network technology has a major impact on mechatronics, making it move toward network. There are many types of mechatronic products, and the way to network is different. Due to the popularity of the network, various remote control and monitoring technologies based on the network are in the ascendant, and the remotely controlled terminal devices themselves are mechatronic products.
(vi) Green
The development of industry has made people rich in materials and comfortable in life, and at the same time, resources have been reduced, and the ecological environment has been seriously polluted, so green products have emerged. Greening is the trend of the times. Its goal is to make the products harmless or minimally harmful to the ecological environment from the design, manufacture, packaging, transportation, use to end-of-life treatment, and the resource utilization rate is extremely high. The greening of mechatronics products mainly means that they do not pollute the ecological environment when they are used, and can be recycled when they are scrapped. Green manufacturing is a sustainable development model for modern manufacturing.
In summary, mechatronics technology is the crystallization of the development of many science and technology, and is an inevitable requirement for the development of social productive forces to a certain stage. It has led to a strategic change in the machinery industry, revolutionizing traditional mechanical design methods and design concepts. Vigorously developing a new generation of mechatronics products is not only the requirement to transform traditional machinery and equipment, but also the only way to promote the upgrading of machinery products and to open up new fields and develop and revitalize the machinery industry.
ã€references】:
1. Li Yunhua. Electromechanical Control [M]. Beijing University of Aeronautics and Astronautics Press, 2003.
2. Yan Yannian. Design of mechatronic system [M]. Beijing Mechanical Industry Press, 2004.
3. Wang Zhongjie, Yu Zhangxiong, Chai Tianyou. Overview of Intelligent Control[J]. Basic Automation, 2006(6).
4. Zhang Hao, Zhang Xiliang, Zhou Shichong. Development and Application of Mechatronics Technology [J]. Agricultural Mechanization Research, 2006 (7).
5, Liang Junyan, Li Yuxiang. Development and application of mechatronics technology [J]. Science and Technology Information, 2007 (9).
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