A facility equipment monitoring system and system integration method based on 3D real scene

Abstract

The invention discloses an equipment monitoring system based on three-dimensional real scenes and a system integration method based on three-dimensional real scenes. A database technology is fully utilized, and static data of a three-dimensional real scene model library is integrated and associated with dynamic data in an equipment monitoring subsystem to realize dynamism and instantaneity of three-dimensional real scene object information display; physical modeling is performed to smart equipment to form identifiable equipment three-dimensional pixel, feature information of the smart equipment is extracted to build a visual information data structure of the smart equipment; an industrial data bridge and an SOA (semiconductor optical amplifier) technology are utilized to integrate real-time date collected by the smart equipment to a three-dimensional real scene image so as to realize information display control and statistical analysis, accurate visualized dynamic information is provided for administrators in real time, and omnibearing monitoring requirements are met.

Description

technical field [0001] The invention belongs to the field of computer technology, relates to the fields of three-dimensional real-scene simulation technology, Internet of Things technology, database technology and comprehensive integration technology, and specifically relates to a three-dimensional real-scene-based facility equipment monitoring system and a system integration method. Background technique [0002] With the continuous development of 3D reality technology, geographic information and visualization technology, 3D reality models are gradually replacing traditional 2D models, and are widely used in transportation systems, digital campuses, urban management and other fields. The 3D real scene model has the characteristics of intuition, reality, and rich content, which can make users feel immersive visually. Modeling and simulating things in the real world is based on the research goals and priorities, in 3D space. Research its shape, material, lighting, color and ot...

AI Technical Summary

Problems solved by technology

[0003] However, most of the current 3D real scene images have the following problems: First, they only pay attention to the production and modeling of the 3D real scene to make it more realistic, and lack of research on how the 3D model is related to the object attributes in the database to enrich the content of the model display , which is closer to reality; second, only zoom in, zoom out, move, rotate angle, browse and other functions are available on the 3D real scene map, and lack of integration with other management information systems, such as comprehensive database systems, industrial control systems, etc.; third, only pay attention to Modeling and rendering of entities such as terrain and landforms, road pipelines, sub-buildings, water system greening, etc., ignoring the modeling and identification of special primitives, such as smart water meters, electricity meters, valves, heat meters, temperature and humidity monitors, monitoring Cameras and other facilities and equipment; Fourth, it only pays attention to displaying static model information on the 3D real scene map, ignoring the research on how to dynamically display the real-time data collected by smart facilities and equipment on the 3D real scene map, so that users can intuitively see the data changes to make decision-making more intuitive

[0004] To sum up, the current 3D real scene technology mainly has problems such as not being able to associate with the database, insufficient integration, poor real-time performance, and slow response speed, which seriously restricts the development of 3D real scene technology in the fields of industrial control and management information systems.

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