Based on the three unification, the implementation of seven changes, into the smart mine fast lane

1. Real-time interconnection of all things is the basis of intelligent mining industrial Internet.

The Internet of Everything is the contact point between the digital world and the physical world, and the data source for intelligent decision-making. Coal mine workers, equipment, environment, data and applications are connected together through the network to achieve comprehensive interconnection, real-time perception, reliable transmission, automatic control, and then support the whole enterprise and the whole industry chain of production tools and production methods. Therefore, it is not only required that all types of equipment have intelligent capabilities, but also have ubiquitous networking capabilities.

Mining Hong is not only an operating system for the mining industry all things intelligent link, but also provides a set of industry data protocols. On the one hand, all kinds of coal mine equipment will be intelligent, improve the online rate of equipment, so that more equipment "can talk"; On the other hand, at the source of data generation, the language of the device dialogue is unified, so that the device "speaks Mandarin", and the integration of the device and digital platform is quickly enabled. As a data flow channel, the new mine network is a communication scheme based on the mine scenario, which meets the requirements of security, easy installation, easy maintenance and easy management in the mine scenario. On the basis of ensuring network performance, smart mine construction is more efficient and safer.

2. Data-driven decision-making, whole-field, whole-process, whole-cycle data flow to support decision-making.

As a new production factor, data determines the optimal allocation efficiency of enterprise resources and leads the transformation of production mode and industrial model. The essence of data-driven is to optimize resource allocation, improve quality, increase efficiency and reduce cost through the automatic flow of data in the whole process of production, the whole industrial chain and the whole life cycle of products, and drive enterprise innovation.

First of all, the key to big data is the integration of multidimensional data, and the more effective data convergence, the higher the value. By connecting all kinds of coal mine equipment and data into the lake, carrying out data management, integrating personnel, mining, main transportation, ventilation, water supply and drainage, communication, video, alarm and other data in one, it can realize the comprehensive perception of coal mine production situation and intelligent scheduling management.

Second, the earlier and wider the application of "data-driven decision making" in enterprise processes, the lower the overall cost and the higher the benefit.

In addition, the establishment of the whole process, the whole life cycle of the data operation mechanism, from the source to ensure the quality and quantity of data, to ensure the realization of data value.

3. Software defines the mine, and software 2.0 can fundamentally solve the challenges of diverse coal mine scenarios and complex environment.

Mining enterprises have accumulated a large number of valuable assets in the process of mechanization and automation, such as heavy assets of large-scale equipment, a large number of intangible assets such as industry experience, technology and knowledge. As the carrier of experience and knowledge, software is the digital expression form of the operation law of the physical world. Software-defined equipment and software-defined operation process precipitate tangible assets and intangible assets into models, form massive software assets to give play to new values of equipment, and make experience and knowledge widely applied through the industrial Internet.

Traditional software development is based on the design, development and testing of clear requirements, such as the sensor detects that the gas concentration reaches a specified threshold and sends a corresponding alarm. However, just as the car autonomous driving needs to deal with a variety of complex surrounding environment such as weather, road surface, pedestrians, vehicles, etc., the coal mine environment also has characteristics such as variability and complexity, these characteristics determine that future applications can not be like traditional software development, by the programmer to specify how to run the software. Software 2.0 will be the key to solving these scenarios, that is, in the case of not completely clear requirements, through a small number of code + a large number of data sets for deep learning, iterative, generate new code and software, continuous learning and optimization, to make accurate analysis and decisions. Software 2.0 is expected to fundamentally solve the problems of complex underground scenes, and drive the construction of intelligent mines to a deeper level and a larger scale.

4. Platform supported collaboration, building a cross-system, enterprise, industry collaboration platform.

The industrial Internet platform is a base for industrial digitalization, networking and intelligence. It builds a system of mass data collection, aggregation and analysis based on cloud edge collaboration, forms a hub for enterprise and industry information aggregation and exchange, and supports the ubiquitous connection, flexible supply and efficient allocation of production resources.