Internet of Things is a new round of the development of information and communication technology, is widely penetrated and applied in the industrial field, and combined with the future of advanced manufacturing technology to form a new intelligent manufacturing system. This manufacturing system is still evolving and improving. To sum up, the combination of things and advanced manufacturing technology is mainly reflected in eight areas. Ubiquitous Perceived Network Technology builds a ubiquitous network technology system that serves intelligent manufacturing and provides ubiquitous network services Sensor for manufacturing design, equipment, processes, management and business. At present, for the future of intelligent manufacturing pan-network technology development is still in its infancy. Pan-manufacturing information processing technology to establish a pan-based information processing based on the new manufacturing model to enhance the manufacturing industry's overall strength and level. At present, pan-information and pan-information processing is still in the concept and experimental stage, governments have included this in the national development plan, vigorously promote the implementation. Aggregation applications are cross-industry applications that are based on the public service platform for information services. Aggregation applications are operators and solutions providers focus on industry users, home users and individual users, scale up the promotion and popularization of Internet-based related business and services. Such as integrated application of car sensor network, GPS positioning, communication and other technology vehicles, can provide all-round and all-weather detection, navigation, entertainment, call for help and other information services, and then through the public service platform to complete information maintenance and integrated service operations. Consumers, vehicle manufacturers, maintenance providers, vehicle management agencies can share information and services to further improve the vehicle and parts design and process, to achieve vehicle life cycle management.

Virtual reality technology uses real three-dimensional display and human-computer interaction in the way of industrial production, to further improve the efficiency of the manufacturing sector. At present, the virtual environment has been widely used in many major engineering fields and research. In the future, the development of virtual reality technology is three-dimensional digital product design, digital product production process simulation, real three-dimensional display and assembly and maintenance. Human-computer interaction technology sensing technology, sensor network, industrial wireless network and the development of new materials, improve the efficiency and level of human-computer interaction. The current manufacturing industry is in a time of limited information, people to obey and serve the machine. With the continuous development Pressure Sensor of human-computer interaction technology, we will gradually enter the era of ubiquitous information-based manufacturing human-computer interaction. Spatial Collaborative Technology The development goal of space collaborative technology is based on the integration of information processing, monitoring, control, human-computer interaction and management, which is based on pervasive network, human-computer interaction, pervasive information processing and manufacturing system integration. Poor degree of coordination, weak ability to improve the manufacturing system agility, adaptability, efficiency.

E-commerce technology is becoming more and more obvious in the integration of manufacturing and business process, and the whole trend of vertical integration and horizontal integration is presented. The future to establish and improve the advanced manufacturing industry in the e-commerce technology framework, the development of e-commerce to improve manufacturing enterprises in the dynamic market decision-making and adaptability, build a harmonious and sustainable development of advanced manufacturing. System Integration Manufacturing Technology System Integrated manufacturing is a combination of intelligent robots and experts of the man-machine coexistence, collaborative industrial manufacturing system. It integrates, integrates, networked and intelligently to enable it to have the ability to modify or reconstruct its own structure and parameters. It has the ability of self-organization and coordination to meet the rapidly changing market demand and cope with the fierce market competition.

  Industrial Sensors Industrial sensors are a detection device capable of measuring or sensing the state and variation of a particular object and converting it into transmittable, disposable, storeable electronic signals or other forms of information. Industrial sensors are the primary part of industrial automatic detection and automatic control. In the modern industrial production, especially in the automated production process, to use a variety of sensors to monitor and control the production process of the various parameters, so that equipment in the normal state or the best condition, and the product to achieve the best quality. Not many quality and cheap industrial sensors, there is no modern industrial production system. Industrial wireless network technology Industrial wireless network is a large number of randomly distributed, with real-time perception and self-organization of the sensor nodes composed of mesh (Mesh) network, integrated sensor technology, embedded computing technology, modern networks and wireless communications Technology, distributed information processing technology, with low consumption of self-group, ubiquitous collaborative, heterogeneous interconnection characteristics. Industrial wireless network technology is another hot technology in the field of industrial control system after field bus. It is a revolutionary technology Throttle Position Sensor to reduce the cost of industrial measurement and control system and improve the application range of industrial measurement and control system. It is also a new growth point of industrial automation products in the next few years. Which has attracted the attention of many countries' academics and industry.

   Industrial process modeling can not implement advanced and effective control without model, the traditional centralized, closed simulation system structure can not meet the needs of modern industrial development. Industrial process modeling is an indispensable foundation for system design, analysis, simulation and advanced control. The large-scale application of the Internet of Things in the industrial field also faces the key technical problems such as industrial integrated service agent bus technology and industrial semantic middleware platform. The application Pressure Switch of the Internet of Things can serve the support management of production processes and equipment management, while efficiently supporting warehousing and logistics supply chain management.