A prefabricated building decoration whole house modular intelligent design system and layout optimization method

By using full-parameter digital twin modeling and intelligent optimization algorithms, the contradiction between standardization and personalization needs in prefabricated decoration design has been resolved, realizing intelligent design of the entire prefabricated decoration process, accurately matching modules and pipelines, improving construction efficiency and quality, and connecting data across the entire chain of design, production, and construction.

CN122241839APending Publication Date: 2026-06-19GUIYANG CHENGTOU REAL ESTATE CO LTD +1
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
GUIYANG CHENGTOU REAL ESTATE CO LTD
Filing Date
2026-04-15
Publication Date
2026-06-19

AI Technical Summary

Technical Problem

Existing prefabricated decoration designs suffer from contradictions between standardization and personalization needs, a disconnect between design and production/construction, and poor pipeline coordination, resulting in high on-site rework rates, low construction efficiency, and significant quality risks.

Method used

By employing full-parameter digital twin modeling, standardized component library construction, quantitative analysis of user needs, multi-objective intelligent optimization, electromechanical collaborative design, full-process simulation verification, and full-link data docking, a modular intelligent design system for prefabricated building decoration is constructed, achieving intelligent design throughout the entire process through a genetic particle swarm hybrid intelligent algorithm.

Benefits of technology

It realizes intelligentization of the entire prefabricated decoration process, accurately restores structural constraints and pipeline boundaries, reduces on-site rework rate, realizes collaborative design of modules and pipelines, improves construction efficiency and quality, connects the data of the entire chain of design, production and construction, and improves the overall collaborative efficiency.

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Abstract

This invention provides a modular intelligent design system and layout optimization method for prefabricated building decoration, belonging to the field of building intelligent design technology. The modular intelligent design system for prefabricated building decoration includes a whole-house parameter acquisition and digital twin modeling module, a standardized modular component library management module, a multi-dimensional analysis and constraint generation module for user needs, a whole-house modular intelligent layout optimization solution module, an intelligent electromechanical and pipeline collaborative integration design module, a design scheme digital twin verification and simulation module, and a scheme output and production construction docking module. This invention achieves full-process intelligent design of prefabricated building decoration modular design through full-parameter digital twin modeling, standardized component library construction, quantitative analysis of user needs, multi-objective intelligent optimization, electromechanical collaborative design, full-process simulation verification, and full-link data docking.
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