Application of computerized integrated manufacturing system for rubber machinery

First, the development of modern industry has appeared more and more comprehensive large projects, requiring comprehensive control of the material flow, information flow and capital flow of the whole process box composed of all links from design to production, so that the predictive analysis, operating conditions, equipment status, energy utilization, economic benefits and fault handling are optimized and reasonable. On the basis of automation technology, information technology and various production technologies, the industrial computer system organically integrates the information required for all production activities of the factory with the scattered automation systems to form a flexible and intelligent production system that can adapt to the uncertainty of the production environment and the variability of market demand, such as the computer integrated manufacturing system CIMS characterized by discrete events. As shown in Figure 3, the CIMS system is composed of the following aspects, with mature technology and products, to promote interdisciplinarity, from industrial control as the basis of integrated automation must take into account the needs and environment of integration, including computer network and data subsystem NES and DBS, technical information subsystem TIS, manufacturing automation subsystem MAS, quality information subsystem QIS and management information subsystem MIS. To measure whether CIMS has achieved comprehensive optimization, it is necessary to consider the aspects of timeliness, high quality, economy and environmental protection, and realize the integration of control and management from market analysis, product design, manufacturing to after-sales service.

Second, the application of integrated control technology in the rubber machinery industry There is still a lot of room for improvement in the integrated control of the production process of
the rubber machinery industry, for example, in the process of changing or unloading tires, the use of AGV trolleys for automatic logistics supply, making the production process more integrated. The model of "intelligent manufacturing + industrial robots" has become an effective means for many automobile brands to comprehensively improve the company's intelligent manufacturing level. AGV plays an increasingly important role in the production process of the four major processes of automobile manufacturing, namely stamping, welding, painting, and final assembly.
Third, the key to integrated control technology
The industrial integrated control system will not only realize the control function, but must consider the interconnection with the design, management decision-making and other systems, to achieve two-way sharing of information and the integration of automation systems. In the system integration, the human factor must be paid enough attention, the successful system integration is often the integration of management, technology and people, in the automation and industrial control system, how to promote human-machine collaboration, coordination and collaboration, so that people's innovation performance is better played is a problem that people are concerned about. In order to give full play to the advantageous role of people in production, it is necessary to make the industrial control system easy to integrate, and promote the development of the industrial control system with system integration.