Method for producing a wood composite door based on laminated veneer lumber or solid wood composite frame

By using laminated veneer lumber or solid wood composite board as frame material, and combining finite element simulation optimization and digital twin monitoring system, the problems of low wood utilization and insufficient environmental protection in the production of wood composite doors have been solved, and efficient and stable production of wood composite doors has been achieved.

CN122401592APending Publication Date: 2026-07-17NANJING FORESTRY UNIV
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
NANJING FORESTRY UNIV
Filing Date
2026-06-17
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing wood composite door manufacturing processes suffer from problems such as low wood utilization, easy deformation, poor mechanical properties, insufficient environmental protection, and unstable production processes, and lack integration of intelligent and cutting-edge technologies.

Method used

Using laminated veneer lumber or solid wood composite board as frame material, combined with finite element simulation optimization, biomimetic and shape-coupled reinforcing rib structure, water-based environmentally friendly adhesives and digital twin monitoring system, and through standardized production process, including fine processing and testing of door panels and door frames, we achieve efficient and environmentally friendly production.

Benefits of technology

It improves wood utilization and mechanical properties, ensures product stability and environmental friendliness, enhances production efficiency and product qualification rate, and is suitable for large-scale industrial production.

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Abstract

本发明公开本发明公开了基于单板层积材或实木复合板框料的木质复合门生产方法,门扇生产中,通过有限元仿真优化结构参数;采用柔性条木连续接长定尺机自动成套备料框料;以胶层竖立结合仿生仿形耦合加强筋方式组框;芯层填充材料经水性增强剂包裹改性增强;选用无醛型环保胶黏剂进行涂胶组坯,经冷压、热压、冷压快干或微波热压固化后养生;门扇经数控双面雕刻机一次装夹同步完成正反两面铣型;全流程部署传感器建立数字孪生监控模型,实现工艺参数动态优化;最终通过AI视觉检测系统自动识别表面缺陷并分级。门套工艺同步配套实施。本发明实现了木质复合门的智能化、环保化生产,显著提高了产品尺寸稳定性、抗变形能力及合格率。
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