Blast furnace digital twinning system based on Unity 3D

Abstract

The invention relates to a blast furnace digital twinning system based on Unity 3D. The system comprises a scene roaming module, an operation scene positioning module, a video monitoring module, a safety alarm feedback module, a self-checking feedback module, a data twinning module, a data diagnosis module and a data visualization module, wherein the data twinning module is used for carrying out intelligent processing, global perception and operation monitoring on the data returned by the blast furnace monitoring equipment, integrating historical accumulated data to carry out operation and carrying out visualization processing on the data through a three-dimensional space. According to the system, by establishing a steel mill virtual environment model, a user can overview the panoramic structure of a steel mill conveniently, and steel mill virtual environment roaming is achieved, a high-precision blast furnace body three-dimensional model is established, the blast furnace body operation technological process is restored through the three-dimensional visualization technology, the operation effect of a blast furnace body can be visually observed by a user through the virtual environment, and safe and stable operation of the blast furnace is guaranteed.

Description

Technical field [0001] The present invention relates to the field of three-dimensional visualization, in particular, to a Unity3D-based blast furnace digital twin system. Background technique [0002] At present, in the actual scenario of steel company blast furnace operation, the operator's understanding of the physical entity is limited. Since many on-site physical conditions limit, the actual physical entity must be relieved, theoretically, as long as it can measure, Ability to improve, this is the truth that is unchanged in the industrial field. Whether it is design, manufacturing or service, there is a need for a variety of properties, parameters, and operational status of physical entities to achieve precise analysis and optimization. However, the traditional measurement method must rely on the price of physical measurement tools, such as sensors, acquisition systems, detection systems, etc., which can be effectively measured, which will undoubtedly limit the range of measu...

AI Technical Summary

Problems solved by technology

However, traditional measurement methods must rely on expensive physical measurement tools, such as sensors, acquisition systems, detection systems, etc., to obtain effective measurement results, and this will undoubtedly limit the scope of measurement coverage. Indicators to measured values ​​are often powerless

[0003] Existing product lifecycle management seldom achieves accurate predictions, so it is often impossible to predict problems hidden under the surface in advance

In the traditional industrial design, manufacturing and service fields, experience is often a vague and difficult to grasp form, and it is difficult to use it as the basis for accurate judgments

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