On July 1, 2019, the State Council issued the "Internet +" Action Guiding Opinions, which clearly proposed the promotion of intelligent manufacturing, large-scale personalized customization, networked collaborative manufacturing and service-oriented manufacturing in key areas, and the development of Internet-based collaborative manufacturing New model. The Industrial Internet is the key foundation for intelligent valve manufacturing and the core element of the Internet+ system.

Industrial Internet is a "end-managed cloud" architecture composed of "intelligent machine" + "network" + "industrial cloud platform", which can realize the comprehensive connection and interaction between machines and machines, machines and people, and people. This interconnection is not a simple transfer of data information flow, but integrates technologies such as intelligent hardware, big data, machine learning and knowledge discovery, which extends the intelligent control of a single machine and some key links to the entire process of valve production, promoting the realization of Machine self-organization, self-decision, and adaptive production under the condition of manual intervention have laid the interconnected foundation for the realization of intelligent manufacturing like valves.

Industrial Internet makes production definable. Traditional valve production relies heavily on fixed molds and fixed production lines. Raw materials, machines, equipment groups and other production facilities are configured according to the maximum production requirements. It is easy to cause great waste during idle production periods, and it is also impossible to flexibly adjust the distribution during the production process. Under the conditions of the Industrial Internet, the intelligent control of machines and open source hardware is completed by software, and the intelligent control chain is extended to all links of production through interconnection, and the production process is transformed into an intelligent direction that can be defined, managed, and executed by software. For example, the software can calculate production requirements and flexibly adjust raw material inventory; it can upgrade machine functions to increase its production capacity and scope of application; it can realize intelligent deployment of equipment, configure its production tasks and workloads as needed, and finally achieve intelligent production.

Industrial Internet makes the production dynamics adjustable. The production process coordination of traditional valve companies can only achieve small-scale collaboration between various departments within the enterprise and between different workshops. The Industrial Internet has broken through the boundaries of time and space, integrating systems such as supply chain, customer relationship, manufacturing execution, and enterprise resources. It has built an information sharing platform for enterprises and partners in the entire supply chain, and expanded the production process coordination to the entire supply chain and even It is the cross-supply chain, which realizes the network configuration of advantageous resources and advantageous enterprises in the whole production process, and realizes the real socialized large-scale collaborative production.

Currently, the construction of my country's industrial Internet has begun. We must concentrate our efforts on breaking through a number of key core technologies and combining the implementation of major scientific and technological projects to accelerate the breakthrough of key technologies in the industrial Internet perception layer, network layer and application layer. The perception layer is the terminal link for industrial Internet to identify objects and collect information. It includes not only the intelligent terminal information collection technology required for various production such as machines, equipment groups, production lines, but also RFID tags, sensors, cameras, 2D barcodes, telemetry and remote sensing And other terminal information collection technology. The network layer is the central link for information transmission and processing in the industrial Internet. The network layer includes the fusion technology of industrial heterogeneous heterogeneous networks, the IQ technology of industrial equipment and products, the access and utilization technology of industrial big data, and the industrial Internet system architecture technology. The application layer is a platform link for the industrial Internet to support smart applications in the industry and achieve a wide range of intelligence. It implements intelligent decision-making through information processing and provides a complete solution. It mainly involves embedded control technology with control attributes and various hardware and software with interactive attributes. Tool platform.　　 When the Industrial Internet has not yet taken shape, and there are no uniform standards, technical specifications, and product platforms internationally, it is necessary to actively deploy systematic research and test networks on the Industrial Internet through the test bed. Encourage local parks, valve manufacturing companies, information technology companies, and telecom operators to cooperate to build low-latency, highly reliable industrial Internet test beds for smart production lines, smart workshops, and smart factories. Support qualified areas to build a safe and reliable industrial Internet trial network that connects multiple places, participates in multiple parties, and provides verification services for basic research, technological innovation, and application innovation in the industrial Internet field. Carry out application demonstrations in important industrial sectors, encourage leading enterprises to strengthen cooperation with scientific research institutions, carry out collaborative research and application demonstrations, explore new industrial Internet application models, and form a batch of industrial Internets with industry characteristics.

Industrial Internet involves the integration of heterogeneous networks, system integration, equipment interconnection and security, and it is urgent to organize all parties to accelerate the formulation of a standardized roadmap and determine a standard framework. Study and formulate relevant standards for industrial Internet and interconnection between heterogeneous networks, and formulate data interface standards, industrial bus standards, article coding standards, and industrial Internet-related standards within enterprises, between enterprises and users, and between upstream and downstream enterprises in the industry chain Application service specification. Establish and improve standards and standards for the integration of basic data and product identification management between the Internet and the manufacturing industry. Accelerate the development of information and network security standards for industrial control and industrial Internet. Encourage enterprises to participate in the formulation of standards, promote the formation of cross-industry and cross-domain standardization collaboration mechanisms, and carry out pilot demonstrations of standard industry applications. Accelerate the development of standards in the fields of energy internet and high-precision sensor networks.