Automatic production system of single keel stainless steel cabinet plate

The semi-automatic processing method for stainless steel furniture panel keel, which combines feature differential recognition with full-link time-series linkage, solves the problems of insufficient recognition accuracy and poor data linkage in stainless steel furniture processing. It achieves efficient and automated semi-automatic production, which is suitable for the flexible production needs of small and medium-sized enterprises.

CN122299332APending Publication Date: 2026-06-30GUANGZHOU BAINENG KITCHEN CABINET CO LTD
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
GUANGZHOU BAINENG KITCHEN CABINET CO LTD
Filing Date
2026-04-27
Publication Date
2026-06-30

AI Technical Summary

Technical Problem

The existing stainless steel furniture processing suffers from insufficient recognition accuracy and poor coordination across the entire process, resulting in low processing efficiency, low finished product qualification rate, and the inability to achieve fully automated production. In particular, during the assembly process of stainless steel panels and keels, existing visual recognition technology cannot accurately capture the real-time position and posture of the keels, and the recognition accuracy is insufficient to meet processing requirements. Furthermore, the data linkage between each process is not smooth, making it impossible to form a complete fully automated processing chain.

Method used

A semi-automatic processing method for stainless steel furniture panel keel is adopted based on feature differential recognition and full-link time-series linkage. Material flow is realized through an integrated constant-speed power conveyor line. The only manual operation node is the rough pre-assembly. All other processes are fully automated. Combined with feature benchmark database, non-contact laser contour scanning, infrared detection, high-definition industrial camera and image processing module, fully automatic recognition and data linkage are realized to ensure accurate correspondence and synchronous production of panel and keel.

Benefits of technology

It has enabled efficient and automated production of stainless steel furniture, reduced the difficulty and labor intensity of manual operation, improved the finished product qualification rate and the consistency of batch production, formed a complete semi-automated closed-loop processing link, and solved the problems of insufficient recognition accuracy and poor data linkage, making it suitable for the flexible production needs of small and medium-sized production enterprises.

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Abstract

This application relates to an automated production system for stainless steel cabinet panels with single-sided keel. The automated production system for stainless steel cabinet panels with single-sided keel described in this application aims to solve the problems of insufficient fully automated processing, inadequate visual recognition accuracy, and poor data linkage in existing technologies for stainless steel panel furniture. Given the poor moisture resistance and corrosion resistance of wooden furniture, stainless steel panel furniture has become a preferred option; however, existing processing relies on manual labor and is inefficient. This method retains only manual, rough pre-assembly, while the remaining processes are fully automated. It reduces data processing volume and improves recognition accuracy through feature difference recognition, and constructs a six-layer closed-loop data linkage architecture to achieve collaboration among various processes, breaking through processing bottlenecks, reducing labor costs, and improving production efficiency and finished product qualification rate.
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