Digital twinning-based sanitary pottery product assembly production management system and method

Abstract

The invention provides a digital twinning-based sanitary pottery product assembly production management system and method. The scheme comprises a physical space subsystem, a virtual space subsystem and a digital twin model, the physical space subsystem is used for providing signal acquisition, the assembly working condition of sanitary ware equipment and the production working condition of the sanitary ware equipment; the virtual space subsystem is used for simulating a three-dimensional physical model, a virtual intelligent assembly scene and a virtual intelligent production scene according to information transmitted by the digital twin model; and the digital twin model is used for receiving the signal acquisition data of the sanitary pottery equipment provided by the physical space subsystem, and obtaining twin data of the body equipment, the assembly process, the production process and the performance of the sanitary pottery equipment according to the signal acquisition data of the sanitary pottery equipment. According to the scheme, perceptual analysis, analogue simulation, iterative optimization and decision management are performed through a visual three-dimensional model, and remote visual management of intelligent assembly of the sanitary and pottery equipment is realized by using data virtual scene digits.

Description

technical field [0001] The invention relates to the technical field of sanitary ceramics, and more specifically, to a digital twin-based assembly production management system and method for sanitary ceramic products. Background technique [0002] The assembly of sanitary ceramic products is a technology that coexists with a mixture of discrete and continuous. In the field of traditional sanitary ceramics assembly, experience is often a vague and difficult form to grasp, and it is difficult to use it as the basis for accurate judgments. [0003] At present, the three-dimensional application scene of Wei Tao product production management adopts virtual reality simulation technology. The data of physical model and virtual simulation are not synchronized. Intelligent assembly application management and operation equipment for intelligent perception, real-time monitoring, precise guidance and health prediction. [0004] With the increasing popularity of new private products and...

AI Technical Summary

Problems solved by technology

For example, product iterations are accelerating and life cycles are shortened. Personalized products will increase product complexity, and the uncertainty of demand fluctuations will be greater, placing higher requirements on the design, supply chain, and manufacturing of sanitary ceramic equipment.

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