Control and development of information technology in plate vulcanizers

Nowadays, the knowledge-based, mental labor as the main body of the knowledge economy era has arrived, the knowledge economy is based on the production, distribution and use of knowledge and information economy, also known as the intelligent economy, compared with the agricultural economy, the era of industrial economy, the era of knowledge economy has put forward a higher level of requirements for the traditional manufacturing industry such as the plate vulcanizer. In recent years, communication technology, big data application technology and network technology are developing rapidly, which has fundamentally changed the production mode and development mode of traditional manufacturing enterprises, and also put forward new requirements for the development of the entire plate vulcanizer industry, making it face greater opportunities and challenges. With the rapid development of science and technology, the international and dynamic market competition is also intensifying, the increasing user demand full of uncertainty, and the continuous progress of science and technology have greatly shortened the life cycle of each equipment, which requires every enterprise to continue to develop new products and even develop new processes. Therefore, following the pace of the times, the combination of information technology in the control technology of the plate vulcanizer has been the inevitable trend of production globalization, and the combination of computer simulation technology in the implementation of on-site commissioning has become the basic premise of achieving high production efficiency, and the integrated control technology has gradually become the main body of production modernization, and has also become the future organizational model of the new enterprise, and the integration of big data and cloud platform and plate vulcanizer control is an inevitable process for future development. The following is an introduction to the modern control technology and development of the plate vulcanizer from different directions.

Use of information technology

At present, the world has gradually entered the information age, information has become an important production resource, it is different from other material resources, information in the process of generation, use and circulation not only will not be lost, but will be used and circulated in full effect, and will continue to increase in value. Nowadays, the means of information storage and processing mainly rely on computers, and the collection, transmission and sharing of information are inseparable from computer networks, in a sense, high-speed computer communication networks used to transmit various information including digital, text, sound, graphics, images and videos and other multimedia information have played an increasingly important role. Since the 90s of the last century, the international Internet has grown rapidly in the world, which has had a profound impact on the whole society, and the computer communication network is a collection of a variety of information services, mainly serving global information services, file transmission services, e-mail services, remote login services, electronic bulletin board services, etc. Multi-point login, simultaneous operation and joint operation and maintenance are based on high-speed computer communication network and Internet of Things technology, and the R&D, design and manufacturing departments distributed in different regions are combined into an integrated operation and parallel management whole through the same network system. The output information is drawn into a line chart through the software, and the data to be displayed by different teams and specifications can be filtered out through conditions. In this way, remote monitoring is formed, and operators or other personnel can know the production situation on site based on the output information and make adjustments accordingly. The processing speed and storage space of a single computer are limited, which restricts its application scope, and only through computer communication networks or workstations can various subsystems distributed in different locations be interconnected together to realize the interaction, sharing and integration of data. During this period, it is necessary to continuously reduce the repetitive operation of intermediate data and reduce the repetition rate, so as to improve the efficiency of the whole system from order, design, process, assembly, debugging to production, accelerate the research and development of new products and the application of new processes, improve quality, reduce costs, shorten the delivery cycle and compress inventory, so as to improve the competitiveness of enterprises in the market.