Following the industrial Internet development strategy and smart city construction ideas, and facing the ecological development needs of intelligent manufacturing such as wisdom, green, and security, we integrate and use industrial Internet technologies such as the Internet of Things, cloud computing, big data, and mobile internet to innovate and develop HSEE(Healthy, Safety, Environment, Energy) comprehensive management system and obtain independent intellectual property rights. The system provides comprehensive management service functions for the integrated innovation of the industrial Internet from four aspects: personnel health management, production safety management, environmental protection management, and comprehensive energy management. It provides cross-department, cross-enterprise, and cross-industry chain collaborative operation provides informatization support to enhance the core competitive advantages of enterprises and promote the transformation and upgrading of enterprises to intelligent manufacturing.

(1) Internet of Things and real-time monitoring technology

Based on RFID Internet of Things technology, real-time management and trajectory tracking of hazardous chemicals and important production materials are realized; based on IP network video surveillance technology, real-time monitoring of important places and important equipment of enterprises is realized.

(2) Grid gate isolation technology

Achieve cross-domain interoperability between collected information on the industrial network and business network information of corporate functional departments.

(3) Cloud service deployment technology

With process driving as the main line, based on key technologies such as cloud computing cloud service encapsulation and release, it integrates and integrates internal and external information resources of the enterprise to realize the deployment of cloud services in the system. http://cimscloud. tongji. edu. ch.

(4) Data mining and big data analysis technology

Explore the energy conservation potential of enterprises through classification, estimation, prediction, correlation grouping or association rules, clustering, etc.

(5) Energy management technology

Achieve decentralized measurement and centralized comprehensive management of energy activities throughout the production process, as well as dynamic monitoring of key energy-consuming equipment; conduct energy consumption prediction through statistics and analysis of energy consumption data, and formulate supply and demand balance plans; use energy efficiency assessment and big data analysis technology to tap the energy conservation potential of enterprises.

(6) Production safety management technology

Adopt new generation information technologies such as the Internet of Things, networked video surveillance, office automation and mobile communications to achieve comprehensive management of daily work of production safety, safety equipment, dangerous operations, real-time monitoring, hazard sources and accidents, emergency, labor prevention supplies, etc., and improve the company's ability to comprehensively and safely control "people, machines, materials, and environment" in the manufacturing process.

(7) Personnel health management technology

Achieve information-based management of occupational health such as physical examination, insurance, and work-related injuries of enterprise employees, as well as comprehensive and systematic management and evaluation of the overall and individual employees, and improve the level of refined occupational health management of enterprise employees.

(8) Environmental management technology

Promote cleaner production in enterprises through basic information management of wastewater, waste gas, waste and other pollutants and emission locations, pollution impact assessment, pollutant management and accounting, accidents and emergencies, etc.

In the context of the industrial Internet era, enterprises 'production and operation methods have changed from taking "process" as the core to taking "big data" as the core. Facing the essential requirements for the sustainable development of the industrial chain, achieving a high degree of integration and innovation between industry and the Internet from the multi-dimensional perspectives of intelligence, green and security has become an important direction for the ecological construction and transformation and upgrading of contemporary enterprises. The "Ecological HSEE Comprehensive Management System for the Industrial Internet" provides enterprises with various technical means such as intelligent sensing of the Internet of Things, anytime access to the mobile Internet, on-demand services of cloud computing, and intelligent analysis of big data processing. The new production organization model of "intelligent sensing, on-demand use of resources, intelligent decision-making, and mobile operation" will help improve the refined management level of enterprise resource elements. The formed software products have strong competitiveness in the domestic Internet industry, and the application value of the results and the transformation potential of the results are significant.

The results are applicable to manufacturing enterprises of all sizes and production characteristics. The results have been applied to civil aviation equipment, heavy equipment chemical, electrical and other industries. Typical application cases include: China Commercial Aircraft Company, Shanghai Electric Power Station Group, Shanghai Chlor-Alkali Chemical Company, Shanghai Heavy Machinery Factory Company, Ltd., Chint Electric Co., Ltd.

Adopt industry-university-research cooperation method.

Two-year investment: 2.5 million yuan to realize the construction and deployment of the software and hardware environment of the system cloud service platform and the improvement of system service functions, and form and sell market-competitive industrial software.