Although the design level of automatic machinery and the level of machinery manufacturing technology in China are constantly improving, there is still a certain gap compared with the developed countries in the world. Therefore, we must constantly improve the design level of automatic machinery and further carry out research and development of automatic design and innovation of machinery manufacturing.
In order to facilitate the assembly, maintenance and replacement of parts, the design and development of automatic mechanical equipment must follow the principle of standardization. Its main meaning is to design and develop according to the existing technical standards of automatic mechanical equipment manufacturing industry, so as to ensure that the relevant performance of automatic machinery can meet the requirements of relevant standards. Standardized sizes can be selected for the design of threaded holes of automatic mechanical equipment, which is not only convenient for the purchase of screws, but also conducive to the verification and verification of the strength of threaded holes.
When designing and developing automatic mechanical equipment, we must follow the economic principle. The purpose of automatic mechanical equipment design and manufacture is to implement corresponding actions, but the structural form and transmission mode of mechanical equipment are not the only. However, when designing and manufacturing automatic mechanical equipment, in order to ensure the quality of mechanical equipment, the predetermined purpose must be achieved. Materials and parts with relatively low price should be selected, key components should be lightweight, and the transmission mode should choose electric drive with high efficiency as far as possible. In the process of mechanical manufacturing, avoid repeated work as much as possible, improve the manufacturing accuracy of products, prevent material waste, and finally achieve the purpose of reducing production cost and improving the manufacturing efficiency of automatic mechanical equipment.
In industrial production, safety always occupies the first place, and the design and manufacture of automatic mechanical equipment is no exception, and the safety principle must be strictly observed. In the actual working process of automatic mechanical equipment, large pressure will be generated, or exposed cutting knives will appear. If workers operate improperly, therefore, during the design of automatic mechanical equipment, components with potential safety hazards shall be designed and automatic protection settings shall be implemented to avoid potential safety hazards. For example, it can be designed to automatically disconnect the housing cover of the motor. When the housing cover is opened, the automatic mechanical device will stop rotating immediately. It can also be designed with infrared sensors to play the role of double protection and prevent safety accidents in the process of industrial production.
The design, development and mechanical manufacturing process of automatic machinery and its related products are complex, involving multiple disciplines and disciplines. Its main research and development processes include the demand determination of automatic mechanical equipment, mechanical structure and electrical design, manufacturing process design, machining and molding, sales and after-sales service of automatic mechanical equipment, etc. In the design of automatic mechanical equipment, R & D engineers need to reasonably design automatic mechanical products according to the actual market demand. Because the design and subsequent test of automatic mechanical products are directly related to the actual experience of customers, the quality of mechanical design directly affects the performance of the whole equipment. With the development of information technology and computer technology, the design and manufacturing of automatic mechanical equipment become more convenient and fast. It is not only convenient for modification and preservation, but also conducive to transmission and information exchange. It greatly simplifies the design and manufacturing process and improves the development efficiency of automatic mechanical equipment.
At present, the overall application of mechatronics technology is gradually developing and maturing in the design of mechanical automation equipment in China. Using information technology and network technology, the architecture planning and design project management can be carried out in the actual development and design process. A complete set of mechanical equipment requires not only mechanical structure, but also electronic control components. If the automatic mechanical equipment design of the integrated design of mechanical manufacturing and electrical control cannot be realized, the problem of low informatization of mechanical equipment will appear. In order to realize the innovative development of mechanical automation equipment, we should follow the innovative concept of the integrated design and manufacturing of mechanical equipment.
At present, virtual simulation technology has been quite mature in foreign countries, but China's research on it started relatively late. Although we have realized the importance of mechanical equipment design and manufacturing, there is still a certain gap with developed countries. Using virtual simulation technology can not only greatly save the design and development time, but also save the R & D cost of mechanical equipment. Therefore, the design of automatic mechanical equipment and mechanical manufacturing should pay attention to the innovation of virtual simulation.
In short, automatic mechanical equipment has played a great role in actual production and life. In the design and manufacturing process of automatic mechanical equipment, we should strictly follow the design principles of standardization, economy and safety, strengthen the integrated innovation and virtual simulation technology innovation of mechanical design and manufacturing, and promote the healthy and stable development of China's mechanical industry.