In the usual study and work, everyone has tried to write a paper. With the help of the thesis, our writing level can be effectively improved. I believe many people will find this paper difficult to write. The following is my paper on the application significance of intelligent control technology and its application method in electromechanical integration system. Welcome to reading. I hope you will like it.

abstract:

The traditional simple design and execution process of electromechanical equipment operation action does not need the participation of intelligent control technology. However, if the objects faced by the control system can't be described by specific mathematical models and the actions performed are nonlinear, the tasks to be completed or the data to be calculated by the mechatronics control system will surge, and simple and repeated actions can't meet the requirements of equipment operation. Intelligent control technology is oriented to electromechanical integration system with uncertain mathematical model, which is becoming more and more important in modern product production, and its influence on product production efficiency and quality is also crucial. Based on this, this paper further analyzes the application significance of intelligent control technology and the specific application method in electromechanical integration system.

Key words:

Intelligent control; Mechatronics; System design; Program running; Technical linkage;

Introduction:

Electromechanical integration system needs the support of mechanical transmission system and electrical system in actual operation, and the internal program control unit needs to be optimized at the program level according to the actual operation contents of mechanical system and electrical system, so that the operation process of electromechanical integration system can have certain automation characteristics. This automation feature is not only manifested in the automatic selection of action execution mode, but also in the fact that the mechatronics system can intelligently select various production parameters according to the characteristics of products or the actual situation of production environment, with high fault tolerance, so as to obtain better product processing quality. From the development of intelligent control system, the application of intelligent control system in electromechanical integration system has the characteristics of modeling. Although the problem to be solved may not be quantified by mathematical model, the processing process and specific processing links of the product are relatively fixed, and the final processing goal is the same, which makes the intelligent control technology realize fixed and repeatable production actions under the guidance of fuzzy algorithm.

1, significance analysis of intelligent control technology in mechatronics system

1. 1 can provide technical support for the optimization and upgrading of electromechanical integration system.

The electromechanical integration system appeared earlier, and the application of electromechanical integration system in engineering technology still needs a lot of manual participation in the early stage. Although the technical ability of technicians is relatively high, it can ensure that there will be no obvious problems in the operation stage of the system. However, due to the dependence of system operation on human resources, human resources have become a key factor restricting the development of the system, which has also led to the lag of electromechanical integration system in modern industrial production. With the participation of intelligent control technology, workers can optimize the bottom logic of mechatronics system at the level of system control program, and strengthen the function of system program by using fuzzy operation logic, genetic algorithm and neural algorithm, which can greatly improve the data processing ability of the system and provide effective technical conditions for the upgrading of mechatronics system. In the era of highly developed information technology, high-speed network transmission technology and computer technology also provide an opportunity for the deep integration of intelligent technology and electromechanical integration system, promote the adaptive change of intelligent control technology in the field of engineering technology, and become the basic technology that can completely change the industrial production mode, providing strong support for the future development of electromechanical integration system.

1.2 can provide an effective way to reduce the consumption level of human resources.

In the process of modern industrial production, the application proportion of simple workers has decreased, which is related to the increasing demand for talents in industrial design and the wide application of intelligent control technology. In the application process of intelligent control technology, industrial production units can combine intelligent control technology with electromechanical integration system according to the overall requirements of product production, and deliver the control links of the system to intelligent operating system, thus reducing the application level of human resources at this level. On this basis, industrial production units can also apply intelligent control technology to the whole process of production line operation when innovating products and optimizing product production lines, which can effectively improve the production efficiency of products, combine the production safety of products with the operation process of the system, and use intelligent control technology for joint control to make the application process of electromechanical integration system more systematic. In addition, after the use of intelligent control technology, although the requirements for relevant technical departments have been improved, the workload of most workers has also been reduced, so that this part of labor costs can be transferred to the research and development process of enterprise products, which can not only reduce the actual operating costs of enterprises, but also be more conducive to the innovation and development of industrial production enterprises and have a good stimulating effect on the entire industrial production market.

2. The concrete application method analysis of intelligent control technology in mechatronics system.

2. Application analysis of local intelligent control of1PID controller

The application scope of intelligent control technology is different, which can be generally divided into local control and global control. Among them, local control is often aimed at a certain process link of industrial production, with the support of electromechanical integration system, PID controller as the main control unit. In the actual processing and production process, local intelligent control has higher flexibility. When applying PID controller, firstly, the staff should make clear the control object of PID controller, including the parameter characteristics and process requirements of the control object; Secondly, on this basis, the staff need to understand the actual influence of the control function of the controller on the electromechanical integration system and the corresponding system application conditions. In other words, whether the intelligent PID controller can play a role in actual processing and production is related to the operational performance and structural basis of the electromechanical integration system itself. Therefore, before deciding to use local intelligent control technology, the staff should make good preparations for the electromechanical integration system, including system-level structural adjustment. Furthermore, because the PID control process needs to receive a clear excitation signal, both the controlled object and the proportional relationship of the period need to be determined in combination with the specific control system. Therefore, when applying intelligent PID control technology, workers should combine the system optimization of mechatronics with local intelligent control according to the production requirements of products, highlight the linkage effect of technology application and improve the application effect of local intelligent control technology.

2.2 Strengthen the feedback mechanism of the whole process of intelligent control.

Feedback mechanism will directly affect the practical application quality of intelligent control technology, and because of the functional characteristics of mechatronics system itself, feedback mechanism can also ensure the safety of system operation to a certain extent, and can provide effective support for the expansion and deepening of technology application scope. When applying the whole-process intelligent control technology, workers need to add an effective feedback mechanism to the mechatronics system, and need to intelligently analyze the characteristics, including modifying the parameters according to the actual operation state of the mechatronics system and adjusting the operation action of the mechanical transmission unit after receiving the feedback signal from the system. Therefore, first of all, the staff should use a reasonable parameter algorithm. Generally speaking, fuzzy mathematics or neural network algorithm is common, but this algorithm requires relatively high computing power of the system and has obvious dynamic characteristics. During this period, the staff must pay attention to the selection of sensors with appropriate parameters, improve the feedback effect of sensing, and provide timely data support for the establishment of mathematical model in the operation of the algorithm; Secondly, in order to ensure the full-process intelligent control technology to play an effective role in the mechatronics system, before using this intelligent control technology, the staff should analyze and adjust the production process and the faults in the production process reasonably to avoid the conflict between the operation process of the mechatronics system and the application purpose of the intelligent technology, which will affect the predictive performance and feedback effect of the intelligent control technology.

2.3 the combination of fault diagnosis and power system control

During the operation of mechatronics system, if there is a problem in the power system, it will directly affect the overall operation efficiency of the system and increase the production cost and progress of products. At present, intelligent control technology can analyze and diagnose the faults of power system in mechatronics system, and automatically adjust the operation parameters of power system according to the operation requirements of power units in the system to meet the production and processing requirements of different products. When applying intelligent fault diagnosis technology, it is first necessary to make clear the operation requirements of generator set, transformer set and motor set in power system. If this kind of generator set is not involved in the mechatronics system, the staff need to select the key power control unit and deploy the fault diagnosis mechanism according to the actual operation requirements of the power system in the mechatronics system, so that the intelligent fault diagnosis technology can be effectively integrated with the system. Secondly, when applying intelligent fault diagnosis technology, the staff should also have a sense of cost control. They should not blindly improve the system operation parameters in order to improve the system operation efficiency or fault diagnosis efficiency, so as not to go beyond the scope of fault diagnosis and reduce the application effect of intelligent fault diagnosis technology.

3. Conclusion

In a word, when applying intelligent control technology, the staff must be clear about the actual operation requirements of electromechanical integration system and consider the efficiency and schedule requirements of product production. Generally speaking, the initial application cost of intelligent control technology is high, but from the long-term technical application point of view, after the application of intelligent control technology, the efficiency and safety of product production are improved, and the use level of human resources in product production in China is reduced, which can effectively reduce the production cost of products and provide strong support for the improvement of the operation efficiency of electromechanical integration system and the corresponding product development and upgrading.

refer to

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[2] Liu Wenjun. Research on application of intelligent control in mechatronics system [J] Agricultural Science and Technology and Information, 2021(02):121-122.

Xing Zhaoxu. Application of intelligent control in mechatronics system [J]. Sci-tech Economic Guide, 2020,28 (34): 80-81.

Du Qiang. Application of Intelligent Control in Mine Electromechanical Integration System [J]. Mining Equipment, 2020(06): 156- 157.

Liu Yongle. Application of intelligent control in mine electromechanical integration system [J]. China Metal Bulletin, 2020( 10):57-58.

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